id sid tid token lemma pos iajs-2839 1 1 5 5 NUM iajs-2839 1 2 this this DET iajs-2839 1 3 work work NOUN iajs-2839 1 4 is be AUX iajs-2839 1 5 licensed license VERB iajs-2839 1 6 under under ADP iajs-2839 1 7 a a DET iajs-2839 1 8 creative creative ADJ iajs-2839 1 9 commons common NOUN iajs-2839 1 10 attribution attribution NOUN iajs-2839 1 11 4.0 4.0 NUM iajs-2839 1 12 international international ADJ iajs-2839 1 13 license license NOUN iajs-2839 1 14 . . PUNCT iajs-2839 2 1 a a DET iajs-2839 2 2 theoretical theoretical ADJ iajs-2839 2 3 investigation investigation NOUN iajs-2839 2 4 of of ADP iajs-2839 2 5 charge charge NOUN iajs-2839 2 6 transfer transfer NOUN iajs-2839 2 7 dynamics dynamic NOUN iajs-2839 2 8 from from ADP iajs-2839 2 9 sensitized sensitize VERB iajs-2839 2 10 molecule molecule NOUN iajs-2839 2 11 d35cpdt d35cpdt NOUN iajs-2839 2 12 dye dye NOUN iajs-2839 2 13 to to ADP iajs-2839 2 14 π‘Ίπ’π‘ΆπŸ π‘Ίπ’π‘ΆπŸ NOUN iajs-2839 2 15 and and CCONJ iajs-2839 2 16 π‘»π’Šπ‘ΆπŸ π‘»π’Šπ‘ΆπŸ ADJ iajs-2839 2 17 semiconductor semiconductor NOUN iajs-2839 2 18 abstract abstract NOUN iajs-2839 2 19 in in ADP iajs-2839 2 20 this this DET iajs-2839 2 21 research research NOUN iajs-2839 2 22 , , PUNCT iajs-2839 2 23 the the DET iajs-2839 2 24 dynamics dynamic NOUN iajs-2839 2 25 process process NOUN iajs-2839 2 26 of of ADP iajs-2839 2 27 charge charge NOUN iajs-2839 2 28 transfer transfer NOUN iajs-2839 2 29 from from ADP iajs-2839 2 30 the the DET iajs-2839 2 31 sensitized sensitize VERB iajs-2839 2 32 d35cpdt d35cpdt PROPN iajs-2839 2 33 dye dye NOUN iajs-2839 2 34 to to ADP iajs-2839 2 35 tin(iv tin(iv NOUN iajs-2839 2 36 ) ) PUNCT iajs-2839 2 37 oxide(𝑆𝑛𝑂2 oxide(𝑆𝑛𝑂2 NOUN iajs-2839 2 38 ) ) PUNCT iajs-2839 2 39 or or CCONJ iajs-2839 2 40 titanium titanium NOUN iajs-2839 2 41 dioxide dioxide NOUN iajs-2839 2 42 ( ( PUNCT iajs-2839 2 43 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 2 44 ) ) PUNCT iajs-2839 2 45 semiconductors semiconductor NOUN iajs-2839 2 46 are be AUX iajs-2839 2 47 carried carry VERB iajs-2839 2 48 out out ADP iajs-2839 2 49 by by ADP iajs-2839 2 50 using use VERB iajs-2839 2 51 a a DET iajs-2839 2 52 quantum quantum ADJ iajs-2839 2 53 model model NOUN iajs-2839 2 54 for for ADP iajs-2839 2 55 charge charge NOUN iajs-2839 2 56 transfer transfer NOUN iajs-2839 2 57 . . PUNCT iajs-2839 3 1 different different ADJ iajs-2839 3 2 chemical chemical NOUN iajs-2839 3 3 solvents solvent NOUN iajs-2839 3 4 pyridine pyridine NOUN iajs-2839 3 5 , , PUNCT iajs-2839 3 6 2 2 NUM iajs-2839 3 7 - - PUNCT iajs-2839 3 8 methoxyethanol methoxyethanol NOUN iajs-2839 3 9 . . PUNCT iajs-2839 3 10 ethanol ethanol NOUN iajs-2839 3 11 , , PUNCT iajs-2839 3 12 acetonitrile acetonitrile NOUN iajs-2839 3 13 , , PUNCT iajs-2839 3 14 and and CCONJ iajs-2839 3 15 methanol methanol NOUN iajs-2839 3 16 have have AUX iajs-2839 3 17 been be AUX iajs-2839 3 18 used use VERB iajs-2839 3 19 with with ADP iajs-2839 3 20 both both DET iajs-2839 3 21 systems system NOUN iajs-2839 3 22 as as SCONJ iajs-2839 3 23 polar polar ADJ iajs-2839 3 24 media medium NOUN iajs-2839 3 25 surrounded surround VERB iajs-2839 3 26 the the DET iajs-2839 3 27 systems system NOUN iajs-2839 3 28 . . PUNCT iajs-2839 4 1 the the DET iajs-2839 4 2 rate rate NOUN iajs-2839 4 3 for for ADP iajs-2839 4 4 charge charge NOUN iajs-2839 4 5 transfer transfer NOUN iajs-2839 4 6 from from ADP iajs-2839 4 7 photo photo NOUN iajs-2839 4 8 - - PUNCT iajs-2839 4 9 excitation excitation NOUN iajs-2839 4 10 d35cpdtdye d35cpdtdye NOUN iajs-2839 4 11 and and CCONJ iajs-2839 4 12 injection injection NOUN iajs-2839 4 13 into into ADP iajs-2839 4 14 the the DET iajs-2839 4 15 conduction conduction NOUN iajs-2839 4 16 band band NOUN iajs-2839 4 17 of of ADP iajs-2839 4 18 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 4 19 or or CCONJ iajs-2839 4 20 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 4 21 semiconductors semiconductor NOUN iajs-2839 4 22 vary vary VERB iajs-2839 4 23 from from ADP iajs-2839 4 24 a a DET iajs-2839 4 25 ~10βˆ’26 ~10βˆ’26 PROPN iajs-2839 4 26 to to ADP iajs-2839 4 27 ~10βˆ’29 ~10βˆ’29 PROPN iajs-2839 4 28 for for ADP iajs-2839 4 29 system system NOUN iajs-2839 4 30 and and CCONJ iajs-2839 4 31 from from ADP iajs-2839 4 32 a a DET iajs-2839 4 33 ~10βˆ’52 ~10βˆ’52 PROPN iajs-2839 4 34 to to ADP iajs-2839 4 35 ~10βˆ’56for ~10βˆ’56for ADP iajs-2839 4 36 the the DET iajs-2839 4 37 system system NOUN iajs-2839 4 38 , , PUNCT iajs-2839 4 39 depending depend VERB iajs-2839 4 40 on on ADP iajs-2839 4 41 the the DET iajs-2839 4 42 charge charge NOUN iajs-2839 4 43 transfer transfer NOUN iajs-2839 4 44 parameters parameter NOUN iajs-2839 4 45 strength strength NOUN iajs-2839 4 46 coupling coupling NOUN iajs-2839 4 47 , , PUNCT iajs-2839 4 48 free free ADJ iajs-2839 4 49 energy energy NOUN iajs-2839 4 50 , , PUNCT iajs-2839 4 51 potential potential NOUN iajs-2839 4 52 of of ADP iajs-2839 4 53 donor donor NOUN iajs-2839 4 54 and and CCONJ iajs-2839 4 55 acceptor acceptor NOUN iajs-2839 4 56 in in ADP iajs-2839 4 57 the the DET iajs-2839 4 58 system system NOUN iajs-2839 4 59 . . PUNCT iajs-2839 5 1 the the DET iajs-2839 5 2 charge charge NOUN iajs-2839 5 3 transfer transfer NOUN iajs-2839 5 4 rate rate NOUN iajs-2839 5 5 in in ADP iajs-2839 5 6 d35cpdt d35cpdt PROPN iajs-2839 5 7 / / SYM iajs-2839 5 8 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 5 9 the the DET iajs-2839 5 10 system system NOUN iajs-2839 5 11 is be AUX iajs-2839 5 12 larger large ADJ iajs-2839 5 13 than than ADP iajs-2839 5 14 the the DET iajs-2839 5 15 rate rate NOUN iajs-2839 5 16 in in ADP iajs-2839 5 17 d35cpdt/ d35cpdt/ PROPN iajs-2839 5 18 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 5 19 a a DET iajs-2839 5 20 system system NOUN iajs-2839 5 21 depending depend VERB iajs-2839 5 22 on on ADP iajs-2839 5 23 transition transition NOUN iajs-2839 5 24 energy energy NOUN iajs-2839 5 25 and and CCONJ iajs-2839 5 26 driving drive VERB iajs-2839 5 27 energy energy NOUN iajs-2839 5 28 . . PUNCT iajs-2839 6 1 however however ADV iajs-2839 6 2 , , PUNCT iajs-2839 6 3 the the DET iajs-2839 6 4 charge charge NOUN iajs-2839 6 5 transfer transfer NOUN iajs-2839 6 6 for for ADP iajs-2839 6 7 both both DET iajs-2839 6 8 systems system NOUN iajs-2839 6 9 to to PART iajs-2839 6 10 be be AUX iajs-2839 6 11 large large ADJ iajs-2839 6 12 is be AUX iajs-2839 6 13 associated associate VERB iajs-2839 6 14 with with ADP iajs-2839 6 15 large large ADJ iajs-2839 6 16 transition transition NOUN iajs-2839 6 17 energy energy NOUN iajs-2839 6 18 , , PUNCT iajs-2839 6 19 decreasing decrease VERB iajs-2839 6 20 driving drive VERB iajs-2839 6 21 energy energy NOUN iajs-2839 6 22 and and CCONJ iajs-2839 6 23 potential potential ADJ iajs-2839 6 24 , , PUNCT iajs-2839 6 25 and and CCONJ iajs-2839 6 26 increasing increase VERB iajs-2839 6 27 strength strength NOUN iajs-2839 6 28 coupling coupling NOUN iajs-2839 6 29 with with ADP iajs-2839 6 30 methanol methanol NOUN iajs-2839 6 31 solvent solvent NOUN iajs-2839 6 32 . . PUNCT iajs-2839 7 1 keywords keyword NOUN iajs-2839 7 2 : : PUNCT iajs-2839 7 3 charge charge NOUN iajs-2839 7 4 transfer transfer NOUN iajs-2839 7 5 dynamics dynamic NOUN iajs-2839 7 6 , , PUNCT iajs-2839 7 7 sensitized sensitize VERB iajs-2839 7 8 d35cpdt d35cpdt PROPN iajs-2839 7 9 dye dye NOUN iajs-2839 7 10 , , PUNCT iajs-2839 7 11 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 7 12 , , PUNCT iajs-2839 7 13 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 7 14 . . PUNCT iajs-2839 8 1 1 1 NUM iajs-2839 8 2 . . X iajs-2839 8 3 introduction introduction NOUN iajs-2839 8 4 recently recently ADV iajs-2839 8 5 , , PUNCT iajs-2839 8 6 the the DET iajs-2839 8 7 energy energy NOUN iajs-2839 8 8 demand demand NOUN iajs-2839 8 9 becomes becomes AUX iajs-2839 8 10 increasingly increasingly ADV iajs-2839 8 11 become become VERB iajs-2839 8 12 one one NUM iajs-2839 8 13 of of ADP iajs-2839 8 14 most most ADJ iajs-2839 8 15 problems problem NOUN iajs-2839 8 16 because because SCONJ iajs-2839 8 17 of of ADP iajs-2839 8 18 the the DET iajs-2839 8 19 increased increase VERB iajs-2839 8 20 requirements requirement NOUN iajs-2839 8 21 in in ADP iajs-2839 8 22 modern modern ADJ iajs-2839 8 23 life life NOUN iajs-2839 8 24 . . PUNCT iajs-2839 9 1 photovoltaic photovoltaic VERB iajs-2839 9 2 and and CCONJ iajs-2839 9 3 solar solar ADJ iajs-2839 9 4 cell cell NOUN iajs-2839 9 5 technology technology NOUN iajs-2839 9 6 is be AUX iajs-2839 9 7 utilized utilize VERB iajs-2839 9 8 to to PART iajs-2839 9 9 convert convert VERB iajs-2839 9 10 solar solar ADJ iajs-2839 9 11 energy energy NOUN iajs-2839 9 12 to to ADP iajs-2839 9 13 electric electric ADJ iajs-2839 9 14 energy energy NOUN iajs-2839 10 1 [ [ X iajs-2839 10 2 1 1 NUM iajs-2839 10 3 ] ] PUNCT iajs-2839 10 4 . . PUNCT iajs-2839 11 1 the the DET iajs-2839 11 2 dye dye NOUN iajs-2839 11 3 - - PUNCT iajs-2839 11 4 sensitized sensitize VERB iajs-2839 11 5 solar solar ADJ iajs-2839 11 6 cell cell NOUN iajs-2839 11 7 dssc dssc NOUN iajs-2839 11 8 is be AUX iajs-2839 11 9 the the DET iajs-2839 11 10 main main ADJ iajs-2839 11 11 promising promising ADJ iajs-2839 11 12 renewable renewable ADJ iajs-2839 11 13 device device NOUN iajs-2839 11 14 because because SCONJ iajs-2839 11 15 of of ADP iajs-2839 11 16 the the DET iajs-2839 11 17 low low ADJ iajs-2839 11 18 cost cost NOUN iajs-2839 11 19 and and CCONJ iajs-2839 11 20 good good ADJ iajs-2839 11 21 conversion conversion NOUN iajs-2839 11 22 efficiency efficiency NOUN iajs-2839 11 23 [ [ X iajs-2839 11 24 2 2 NUM iajs-2839 11 25 ] ] PUNCT iajs-2839 11 26 . . PUNCT iajs-2839 12 1 the the DET iajs-2839 12 2 molecules molecule NOUN iajs-2839 12 3 electronics electronic NOUN iajs-2839 12 4 are be AUX iajs-2839 12 5 cooperated cooperate VERB iajs-2839 12 6 with with ADP iajs-2839 12 7 solid solid ADJ iajs-2839 12 8 materials material NOUN iajs-2839 12 9 to to PART iajs-2839 12 10 be be AUX iajs-2839 12 11 used use VERB iajs-2839 12 12 in in ADP iajs-2839 12 13 various various ADJ iajs-2839 12 14 devices device NOUN iajs-2839 12 15 ibn ibn PROPN iajs-2839 12 16 al al PROPN iajs-2839 12 17 - - PUNCT iajs-2839 12 18 haitham haitham PROPN iajs-2839 12 19 journal journal PROPN iajs-2839 12 20 for for ADP iajs-2839 12 21 pure pure ADJ iajs-2839 12 22 and and CCONJ iajs-2839 12 23 applied apply VERB iajs-2839 12 24 sciences sciences PROPN iajs-2839 12 25 http://jih.uobaghdad.edu.iq/index.php/j/index http://jih.uobaghdad.edu.iq/index.php/j/index PROPN iajs-2839 12 26 : : PUNCT iajs-2839 12 27 journal journal PROPN iajs-2839 12 28 homepage homepage NOUN iajs-2839 12 29 doi:10.30526/35.3.2839 doi:10.30526/35.3.2839 PROPN iajs-2839 12 30 article article NOUN iajs-2839 12 31 history history NOUN iajs-2839 12 32 : : PUNCT iajs-2839 12 33 received receive VERB iajs-2839 12 34 3 3 NUM iajs-2839 12 35 april april PROPN iajs-2839 12 36 2022 2022 NUM iajs-2839 12 37 , , PUNCT iajs-2839 12 38 accepted accept VERB iajs-2839 12 39 17 17 NUM iajs-2839 12 40 may may PROPN iajs-2839 12 41 2022 2022 NUM iajs-2839 12 42 , , PUNCT iajs-2839 12 43 published publish VERB iajs-2839 12 44 in in ADP iajs-2839 12 45 july july PROPN iajs-2839 12 46 2022 2022 NUM iajs-2839 12 47 . . PUNCT iajs-2839 13 1 estabraq estabraq PROPN iajs-2839 13 2 hasan hasan PROPN iajs-2839 13 3 rasheed rasheed PROPN iajs-2839 13 4 department department PROPN iajs-2839 13 5 of of ADP iajs-2839 13 6 physics physics PROPN iajs-2839 13 7 , , PUNCT iajs-2839 13 8 college college NOUN iajs-2839 13 9 of of ADP iajs-2839 13 10 education education NOUN iajs-2839 13 11 for for ADP iajs-2839 13 12 pure pure ADJ iajs-2839 13 13 science science NOUN iajs-2839 13 14 \ \ PROPN iajs-2839 13 15 ibn ibn PROPN iajs-2839 13 16 al al PROPN iajs-2839 13 17 - - PUNCT iajs-2839 13 18 haitham haitham PROPN iajs-2839 13 19 , , PUNCT iajs-2839 13 20 university university PROPN iajs-2839 13 21 of of ADP iajs-2839 13 22 baghdad baghdad PROPN iajs-2839 13 23 , , PUNCT iajs-2839 13 24 baghdad baghdad PROPN iajs-2839 13 25 , , PUNCT iajs-2839 13 26 iraq iraq PROPN iajs-2839 13 27 . . PUNCT iajs-2839 14 1 estabraq.hasan1204a@ihcoedu.uobaghdad.edu.iq estabraq.hasan1204a@ihcoedu.uobaghdad.edu.iq PROPN iajs-2839 14 2 hadi hadi PROPN iajs-2839 14 3 j. j. PROPN iajs-2839 14 4 m. m. PROPN iajs-2839 14 5 al al PROPN iajs-2839 14 6 - - PUNCT iajs-2839 14 7 agealy agealy PROPN iajs-2839 14 8 department department PROPN iajs-2839 14 9 of of ADP iajs-2839 14 10 physics physics PROPN iajs-2839 14 11 , , PUNCT iajs-2839 14 12 college college NOUN iajs-2839 14 13 of of ADP iajs-2839 14 14 education education NOUN iajs-2839 14 15 for for ADP iajs-2839 14 16 pure pure ADJ iajs-2839 14 17 science science NOUN iajs-2839 14 18 \ \ PROPN iajs-2839 14 19 ibn ibn PROPN iajs-2839 14 20 al al PROPN iajs-2839 14 21 - - PUNCT iajs-2839 14 22 haitham haitham PROPN iajs-2839 14 23 , , PUNCT iajs-2839 14 24 university university PROPN iajs-2839 14 25 of of ADP iajs-2839 14 26 baghdad baghdad PROPN iajs-2839 14 27 , , PUNCT iajs-2839 14 28 baghdad baghdad PROPN iajs-2839 14 29 , , PUNCT iajs-2839 14 30 iraq iraq PROPN iajs-2839 14 31 . . PUNCT iajs-2839 15 1 hadi.j.m@ihcoedu.uobaghdad.edu.iq hadi.j.m@ihcoedu.uobaghdad.edu.iq PROPN iajs-2839 15 2 https://creativecommons.org/licenses/by/4.0/ https://creativecommons.org/licenses/by/4.0/ PROPN iajs-2839 15 3 file:///f:/Ψ§Ω„ΨΉΨ―Ψ―%20Ψ§Ω„Ψ«Ψ§Ω†ΩŠ%202022/:%20http:/jih.uobaghdad.edu.iq file:///f:/Ψ§Ω„ΨΉΨ―Ψ―%20Ψ§Ω„Ψ«Ψ§Ω†ΩŠ%202022/:%20http:/jih.uobaghdad.edu.iq PROPN iajs-2839 15 4 / / SYM iajs-2839 15 5 index.php index.php VERB iajs-2839 15 6 / / SYM iajs-2839 15 7 j j NOUN iajs-2839 15 8 / / SYM iajs-2839 15 9 index index NOUN iajs-2839 15 10 mailto:estabraq.hasan1204a@ihcoedu.uobaghdad.edu.iq mailto:estabraq.hasan1204a@ihcoedu.uobaghdad.edu.iq NOUN iajs-2839 15 11 mailto:hadi.j.m@ihcoedu.uobaghdad.edu.iq mailto:hadi.j.m@ihcoedu.uobaghdad.edu.iq NOUN iajs-2839 15 12 ihjpas ihjpa VERB iajs-2839 15 13 . . PUNCT iajs-2839 16 1 53 53 NUM iajs-2839 16 2 ( ( PUNCT iajs-2839 16 3 3)2022 3)2022 NOUN iajs-2839 16 4 6 6 NUM iajs-2839 16 5 because because SCONJ iajs-2839 16 6 they they PRON iajs-2839 16 7 are be AUX iajs-2839 16 8 easily easily ADV iajs-2839 16 9 fabricated fabricate VERB iajs-2839 16 10 and and CCONJ iajs-2839 16 11 cheap cheap ADJ iajs-2839 16 12 [ [ X iajs-2839 16 13 3 3 NUM iajs-2839 16 14 ] ] PUNCT iajs-2839 16 15 . . PUNCT iajs-2839 17 1 since since SCONJ iajs-2839 17 2 o’regan o’regan PROPN iajs-2839 17 3 and and CCONJ iajs-2839 17 4 gratzel gratzel PROPN iajs-2839 17 5 introduced introduce VERB iajs-2839 17 6 a a DET iajs-2839 17 7 work work NOUN iajs-2839 17 8 in1990s in1990s NOUN iajs-2839 17 9 , , PUNCT iajs-2839 17 10 dye dye NOUN iajs-2839 17 11 - - PUNCT iajs-2839 17 12 sensitized sensitize VERB iajs-2839 17 13 solar solar ADJ iajs-2839 17 14 cell cell NOUN iajs-2839 17 15 dsscs dssc NOUN iajs-2839 17 16 are be AUX iajs-2839 17 17 attracting attract VERB iajs-2839 17 18 more more ADJ iajs-2839 17 19 attention attention NOUN iajs-2839 17 20 to to PART iajs-2839 17 21 convert convert VERB iajs-2839 17 22 light light NOUN iajs-2839 17 23 to to ADP iajs-2839 17 24 electricity electricity NOUN iajs-2839 17 25 at at ADP iajs-2839 17 26 a a DET iajs-2839 17 27 low low ADJ iajs-2839 17 28 cost cost NOUN iajs-2839 17 29 [ [ X iajs-2839 17 30 4 4 NUM iajs-2839 17 31 ] ] PUNCT iajs-2839 17 32 . . PUNCT iajs-2839 18 1 the the DET iajs-2839 18 2 dye dye NOUN iajs-2839 18 3 - - PUNCT iajs-2839 18 4 sensitized sensitize VERB iajs-2839 18 5 had have AUX iajs-2839 18 6 been be AUX iajs-2839 18 7 excitation excitation NOUN iajs-2839 18 8 by by ADP iajs-2839 18 9 light light NOUN iajs-2839 18 10 - - PUNCT iajs-2839 18 11 induced induce VERB iajs-2839 18 12 due due ADJ iajs-2839 18 13 to to ADP iajs-2839 18 14 absorbed absorb VERB iajs-2839 18 15 light light NOUN iajs-2839 18 16 and and CCONJ iajs-2839 18 17 the the DET iajs-2839 18 18 electrons electron NOUN iajs-2839 18 19 will will AUX iajs-2839 18 20 be be AUX iajs-2839 18 21 transferred transfer VERB iajs-2839 18 22 from from ADP iajs-2839 18 23 the the DET iajs-2839 18 24 dye dye NOUN iajs-2839 18 25 to to ADP iajs-2839 18 26 the the DET iajs-2839 18 27 conduction conduction NOUN iajs-2839 18 28 band band NOUN iajs-2839 18 29 of of ADP iajs-2839 18 30 the the DET iajs-2839 18 31 semiconductor[5 semiconductor[5 NOUN iajs-2839 18 32 ] ] X iajs-2839 18 33 . . PUNCT iajs-2839 19 1 the the DET iajs-2839 19 2 electron electron NOUN iajs-2839 19 3 transfer transfer NOUN iajs-2839 19 4 process process NOUN iajs-2839 19 5 is be AUX iajs-2839 19 6 an an DET iajs-2839 19 7 important important ADJ iajs-2839 19 8 fundamental fundamental ADJ iajs-2839 19 9 reaction reaction NOUN iajs-2839 19 10 in in ADP iajs-2839 19 11 different different ADJ iajs-2839 19 12 devices device NOUN iajs-2839 19 13 and and CCONJ iajs-2839 19 14 dye dye NOUN iajs-2839 19 15 - - PUNCT iajs-2839 19 16 sensitized sensitize VERB iajs-2839 19 17 solar solar ADJ iajs-2839 19 18 cell cell NOUN iajs-2839 19 19 devices[6 devices[6 NUM iajs-2839 19 20 ] ] PUNCT iajs-2839 19 21 . . PUNCT iajs-2839 20 1 it it PRON iajs-2839 20 2 occurs occur VERB iajs-2839 20 3 by by ADP iajs-2839 20 4 thermal thermal ADJ iajs-2839 20 5 excitation excitation NOUN iajs-2839 20 6 and and CCONJ iajs-2839 20 7 photo photo NOUN iajs-2839 20 8 inducement inducement NOUN iajs-2839 21 1 [ [ X iajs-2839 21 2 6 6 NUM iajs-2839 21 3 ] ] PUNCT iajs-2839 21 4 . . PUNCT iajs-2839 22 1 a a DET iajs-2839 22 2 basic basic ADJ iajs-2839 22 3 classical classical ADJ iajs-2839 22 4 theory theory NOUN iajs-2839 22 5 for for SCONJ iajs-2839 22 6 the the DET iajs-2839 22 7 charge charge NOUN iajs-2839 22 8 transfer transfer NOUN iajs-2839 22 9 process process NOUN iajs-2839 22 10 was be AUX iajs-2839 22 11 introduced introduce VERB iajs-2839 22 12 by by ADP iajs-2839 22 13 rudolph rudolph PROPN iajs-2839 22 14 marcus marcus PROPN iajs-2839 22 15 to to PART iajs-2839 22 16 describe describe VERB iajs-2839 22 17 the the DET iajs-2839 22 18 transfer transfer NOUN iajs-2839 22 19 between between ADP iajs-2839 22 20 two two NUM iajs-2839 22 21 states state NOUN iajs-2839 22 22 donor donor NOUN iajs-2839 22 23 and and CCONJ iajs-2839 22 24 acceptor acceptor NOUN iajs-2839 22 25 and and CCONJ iajs-2839 22 26 was be AUX iajs-2839 22 27 awarded award VERB iajs-2839 22 28 nobel nobel PROPN iajs-2839 22 29 prize prize PROPN iajs-2839 22 30 in in ADP iajs-2839 22 31 1992 1992 NUM iajs-2839 22 32 [ [ X iajs-2839 22 33 7 7 NUM iajs-2839 22 34 ] ] PUNCT iajs-2839 22 35 . . PUNCT iajs-2839 23 1 the the DET iajs-2839 23 2 dye dye NOUN iajs-2839 23 3 - - PUNCT iajs-2839 23 4 sensitized sensitize VERB iajs-2839 23 5 had have AUX iajs-2839 23 6 been be AUX iajs-2839 23 7 excited excite VERB iajs-2839 23 8 by by ADP iajs-2839 23 9 light light ADV iajs-2839 23 10 - - PUNCT iajs-2839 23 11 induced induce VERB iajs-2839 23 12 due due ADJ iajs-2839 23 13 to to ADP iajs-2839 23 14 absorbed absorb VERB iajs-2839 23 15 light light NOUN iajs-2839 23 16 , , PUNCT iajs-2839 23 17 and and CCONJ iajs-2839 23 18 the the DET iajs-2839 23 19 electrons electron NOUN iajs-2839 23 20 will will AUX iajs-2839 23 21 be be AUX iajs-2839 23 22 transferred transfer VERB iajs-2839 23 23 from from ADP iajs-2839 23 24 the the DET iajs-2839 23 25 dye dye NOUN iajs-2839 23 26 to to ADP iajs-2839 23 27 the the DET iajs-2839 23 28 semiconductor semiconductor NOUN iajs-2839 23 29 's 's PART iajs-2839 23 30 conduction conduction NOUN iajs-2839 23 31 band band NOUN iajs-2839 24 1 [ [ X iajs-2839 24 2 5 5 NUM iajs-2839 24 3 ] ] PUNCT iajs-2839 24 4 . . PUNCT iajs-2839 25 1 the the DET iajs-2839 25 2 electron electron NOUN iajs-2839 25 3 transfer transfer NOUN iajs-2839 25 4 process process NOUN iajs-2839 25 5 is be AUX iajs-2839 25 6 an an DET iajs-2839 25 7 important important ADJ iajs-2839 25 8 fundamental fundamental ADJ iajs-2839 25 9 reaction reaction NOUN iajs-2839 25 10 in in ADP iajs-2839 25 11 different different ADJ iajs-2839 25 12 devices device NOUN iajs-2839 25 13 and and CCONJ iajs-2839 25 14 dye dye NOUN iajs-2839 25 15 - - PUNCT iajs-2839 25 16 sensitized sensitize VERB iajs-2839 25 17 solar solar ADJ iajs-2839 25 18 cell cell NOUN iajs-2839 25 19 devices[6 devices[6 NUM iajs-2839 25 20 ] ] PUNCT iajs-2839 25 21 . . PUNCT iajs-2839 26 1 it it PRON iajs-2839 26 2 occurs occur VERB iajs-2839 26 3 by by ADP iajs-2839 26 4 thermal thermal ADJ iajs-2839 26 5 excitation excitation NOUN iajs-2839 26 6 and and CCONJ iajs-2839 26 7 photo photo NOUN iajs-2839 26 8 inducement inducement NOUN iajs-2839 27 1 [ [ X iajs-2839 27 2 6 6 NUM iajs-2839 27 3 ] ] PUNCT iajs-2839 27 4 . . PUNCT iajs-2839 28 1 a a DET iajs-2839 28 2 basic basic ADJ iajs-2839 28 3 classical classical ADJ iajs-2839 28 4 theory theory NOUN iajs-2839 28 5 for for SCONJ iajs-2839 28 6 the the DET iajs-2839 28 7 charge charge NOUN iajs-2839 28 8 transfer transfer NOUN iajs-2839 28 9 process process NOUN iajs-2839 28 10 was be AUX iajs-2839 28 11 introduced introduce VERB iajs-2839 28 12 by by ADP iajs-2839 28 13 rudolph rudolph PROPN iajs-2839 28 14 marcus marcus PROPN iajs-2839 28 15 to to PART iajs-2839 28 16 describe describe VERB iajs-2839 28 17 the the DET iajs-2839 28 18 transfer transfer NOUN iajs-2839 28 19 between between ADP iajs-2839 28 20 two two NUM iajs-2839 28 21 states state NOUN iajs-2839 28 22 , , PUNCT iajs-2839 28 23 donor donor NOUN iajs-2839 28 24 and and CCONJ iajs-2839 28 25 acceptor acceptor NOUN iajs-2839 28 26 , , PUNCT iajs-2839 28 27 and and CCONJ iajs-2839 28 28 awarded award VERB iajs-2839 28 29 nobel nobel PROPN iajs-2839 28 30 prize prize PROPN iajs-2839 28 31 in in ADP iajs-2839 28 32 1992 1992 NUM iajs-2839 28 33 [ [ X iajs-2839 28 34 7 7 NUM iajs-2839 28 35 ] ] PUNCT iajs-2839 28 36 . . PUNCT iajs-2839 29 1 despite despite SCONJ iajs-2839 29 2 electron electron NOUN iajs-2839 29 3 transfer transfer NOUN iajs-2839 29 4 theory theory NOUN iajs-2839 29 5 developments development NOUN iajs-2839 29 6 using use VERB iajs-2839 29 7 various various ADJ iajs-2839 29 8 tools tool NOUN iajs-2839 29 9 ; ; PUNCT iajs-2839 29 10 analytical analytical ADJ iajs-2839 29 11 theory theory NOUN iajs-2839 29 12 methods method NOUN iajs-2839 29 13 , , PUNCT iajs-2839 29 14 time time NOUN iajs-2839 29 15 - - PUNCT iajs-2839 29 16 resolved resolve VERB iajs-2839 29 17 , , PUNCT iajs-2839 29 18 spectroscopy spectroscopy NOUN iajs-2839 29 19 , , PUNCT iajs-2839 29 20 and and CCONJ iajs-2839 29 21 computer computer NOUN iajs-2839 29 22 simulation simulation NOUN iajs-2839 29 23 [ [ X iajs-2839 29 24 8 8 NUM iajs-2839 29 25 ] ] PUNCT iajs-2839 29 26 . . PUNCT iajs-2839 30 1 in in ADP iajs-2839 30 2 recent recent ADJ iajs-2839 30 3 years year NOUN iajs-2839 30 4 , , PUNCT iajs-2839 30 5 many many ADJ iajs-2839 30 6 modifications modification NOUN iajs-2839 30 7 have have AUX iajs-2839 30 8 been be AUX iajs-2839 30 9 proposed propose VERB iajs-2839 30 10 to to PART iajs-2839 30 11 dye dye VERB iajs-2839 30 12 - - PUNCT iajs-2839 30 13 sensitized sensitize VERB iajs-2839 30 14 solar solar ADJ iajs-2839 30 15 cell cell NOUN iajs-2839 30 16 dssc dssc NOUN iajs-2839 30 17 , , PUNCT iajs-2839 30 18 including include VERB iajs-2839 30 19 the the DET iajs-2839 30 20 fabrication fabrication NOUN iajs-2839 30 21 of of ADP iajs-2839 30 22 indoline indoline ADJ iajs-2839 30 23 organic organic ADJ iajs-2839 30 24 dyes dye NOUN iajs-2839 30 25 as as ADP iajs-2839 30 26 sensitizers sensitizer NOUN iajs-2839 30 27 [ [ X iajs-2839 30 28 9 9 NUM iajs-2839 30 29 ] ] PUNCT iajs-2839 30 30 . . PUNCT iajs-2839 31 1 the the DET iajs-2839 31 2 dynamo dynamo PROPN iajs-2839 31 3 red red ADJ iajs-2839 31 4 dye dye PROPN iajs-2839 31 5 is be AUX iajs-2839 31 6 a a DET iajs-2839 31 7 sensitized sensitized ADJ iajs-2839 31 8 dye dye NOUN iajs-2839 31 9 known know VERB iajs-2839 31 10 as as ADP iajs-2839 31 11 d35cpdt d35cpdt PROPN iajs-2839 31 12 dye dye NOUN iajs-2839 31 13 , , PUNCT iajs-2839 31 14 as as SCONJ iajs-2839 31 15 shown show VERB iajs-2839 31 16 in in ADP iajs-2839 31 17 figure figure NOUN iajs-2839 31 18 ( ( PUNCT iajs-2839 31 19 1 1 NUM iajs-2839 31 20 ) ) PUNCT iajs-2839 31 21 . . PUNCT iajs-2839 32 1 it it PRON iajs-2839 32 2 has have AUX iajs-2839 32 3 form form NOUN iajs-2839 32 4 3-{6-{4-[bis(2',4 3-{6-{4-[bis(2',4 NUM iajs-2839 32 5 ' ' PART iajs-2839 32 6 dibutyloxybiphenyl-4 dibutyloxybiphenyl-4 NUM iajs-2839 32 7 - - PUNCT iajs-2839 32 8 yl)amino-]phenyl}-4,4 yl)amino-]phenyl}-4,4 NOUN iajs-2839 32 9 - - PUNCT iajs-2839 32 10 dihexyl dihexyl PROPN iajs-2839 32 11 - - PUNCT iajs-2839 32 12 cyclopenta-[2,1 cyclopenta-[2,1 PROPN iajs-2839 32 13 - - PUNCT iajs-2839 32 14 b:3,4 b:3,4 NOUN iajs-2839 32 15 - - PUNCT iajs-2839 32 16 b b NOUN iajs-2839 32 17 ' ' PUNCT iajs-2839 32 18 ] ] PUNCT iajs-2839 32 19 dithiophene2 dithiophene2 PROPN iajs-2839 32 20 - - PUNCT iajs-2839 32 21 yl}-2 yl}-2 NUM iajs-2839 32 22 - - PUNCT iajs-2839 32 23 cyanoacrylic cyanoacrylic NOUN iajs-2839 32 24 acid acid NOUN iajs-2839 32 25 . . PUNCT iajs-2839 33 1 it it PRON iajs-2839 33 2 is be AUX iajs-2839 33 3 stable stable ADJ iajs-2839 33 4 , , PUNCT iajs-2839 33 5 low low ADJ iajs-2839 33 6 cost cost NOUN iajs-2839 33 7 , , PUNCT iajs-2839 33 8 and and CCONJ iajs-2839 33 9 high high ADJ iajs-2839 33 10 performance performance NOUN iajs-2839 33 11 to to PART iajs-2839 33 12 use use VERB iajs-2839 33 13 in in ADP iajs-2839 33 14 dsscs dssc NOUN iajs-2839 33 15 devices device NOUN iajs-2839 33 16 [ [ X iajs-2839 33 17 10 10 NUM iajs-2839 33 18 ] ] PUNCT iajs-2839 33 19 . . PUNCT iajs-2839 34 1 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 34 2 and and CCONJ iajs-2839 34 3 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 34 4 are be AUX iajs-2839 34 5 used use VERB iajs-2839 34 6 to to PART iajs-2839 34 7 be be AUX iajs-2839 34 8 an an DET iajs-2839 34 9 acceptor acceptor NOUN iajs-2839 34 10 state state NOUN iajs-2839 34 11 in in ADP iajs-2839 34 12 two two NUM iajs-2839 34 13 device device NOUN iajs-2839 34 14 systems system NOUN iajs-2839 34 15 , , PUNCT iajs-2839 34 16 its its PRON iajs-2839 34 17 conversion conversion NOUN iajs-2839 34 18 of of ADP iajs-2839 34 19 solar solar ADJ iajs-2839 34 20 energy energy NOUN iajs-2839 34 21 to to ADP iajs-2839 34 22 electricity electricity NOUN iajs-2839 34 23 and and CCONJ iajs-2839 34 24 to to ADP iajs-2839 34 25 chemical chemical ADJ iajs-2839 34 26 energy energy NOUN iajs-2839 34 27 [ [ X iajs-2839 34 28 11 11 NUM iajs-2839 34 29 ] ] PUNCT iajs-2839 34 30 . . PUNCT iajs-2839 35 1 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 35 2 is be AUX iajs-2839 35 3 one one NUM iajs-2839 35 4 of of ADP iajs-2839 35 5 the the DET iajs-2839 35 6 n n CCONJ iajs-2839 35 7 - - PUNCT iajs-2839 35 8 type type NOUN iajs-2839 35 9 used use VERB iajs-2839 35 10 in in ADP iajs-2839 35 11 dyesensitized dyesensitize VERB iajs-2839 35 12 solar solar ADJ iajs-2839 35 13 cells cell NOUN iajs-2839 35 14 dsscs dssc NOUN iajs-2839 36 1 [ [ X iajs-2839 36 2 12 12 NUM iajs-2839 36 3 ] ] PUNCT iajs-2839 36 4 . . PUNCT iajs-2839 37 1 sno2 sno2 PROPN iajs-2839 37 2 is be AUX iajs-2839 37 3 a a DET iajs-2839 37 4 wide wide ADJ iajs-2839 37 5 band band NOUN iajs-2839 37 6 gap gap NOUN iajs-2839 37 7 of of ADP iajs-2839 37 8 about about ADV iajs-2839 37 9 3.6 3.6 NUM iajs-2839 37 10 ev ev NOUN iajs-2839 37 11 and and CCONJ iajs-2839 37 12 has have VERB iajs-2839 37 13 chemical chemical NOUN iajs-2839 37 14 and and CCONJ iajs-2839 37 15 physical physical ADJ iajs-2839 37 16 steady steady ADJ iajs-2839 37 17 - - PUNCT iajs-2839 37 18 state state NOUN iajs-2839 37 19 properties property NOUN iajs-2839 37 20 at at ADP iajs-2839 37 21 different different ADJ iajs-2839 37 22 temperatures temperature NOUN iajs-2839 37 23 [ [ X iajs-2839 37 24 13 13 NUM iajs-2839 37 25 ] ] PUNCT iajs-2839 37 26 . . PUNCT iajs-2839 38 1 figure figure NOUN iajs-2839 38 2 1 1 NUM iajs-2839 38 3 . . PUNCT iajs-2839 39 1 a a X iajs-2839 39 2 - - PUNCT iajs-2839 39 3 structure structure NOUN iajs-2839 39 4 of of ADP iajs-2839 39 5 the the DET iajs-2839 39 6 d35cpdt d35cpdt PROPN iajs-2839 39 7 dye dye NOUN iajs-2839 40 1 [ [ X iajs-2839 40 2 10 10 NUM iajs-2839 40 3 ] ] PUNCT iajs-2839 40 4 and and CCONJ iajs-2839 40 5 benergy benergy NOUN iajs-2839 40 6 levels level NOUN iajs-2839 40 7 for for ADP iajs-2839 40 8 d35cpdt d35cpdt ADJ iajs-2839 40 9 contact contact NOUN iajs-2839 40 10 to to ADP iajs-2839 40 11 𝑆𝑛𝑂2and 𝑆𝑛𝑂2and PROPN iajs-2839 40 12 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 41 1 [ [ X iajs-2839 41 2 15 15 NUM iajs-2839 41 3 ] ] PUNCT iajs-2839 41 4 ihjpas ihjpa NOUN iajs-2839 41 5 . . PUNCT iajs-2839 42 1 53 53 NUM iajs-2839 42 2 ( ( PUNCT iajs-2839 42 3 3)2022 3)2022 NOUN iajs-2839 42 4 7 7 NUM iajs-2839 42 5 on on ADP iajs-2839 42 6 the the DET iajs-2839 42 7 other other ADJ iajs-2839 42 8 hand hand NOUN iajs-2839 42 9 , , PUNCT iajs-2839 42 10 the the DET iajs-2839 42 11 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 42 12 is be AUX iajs-2839 42 13 an an DET iajs-2839 42 14 important important ADJ iajs-2839 42 15 n n CCONJ iajs-2839 42 16 - - PUNCT iajs-2839 42 17 type type NOUN iajs-2839 42 18 semiconductor semiconductor NOUN iajs-2839 42 19 used use VERB iajs-2839 42 20 in in ADP iajs-2839 42 21 solar solar ADJ iajs-2839 42 22 cell cell NOUN iajs-2839 42 23 devices device NOUN iajs-2839 42 24 . . PUNCT iajs-2839 43 1 it it PRON iajs-2839 43 2 has have VERB iajs-2839 43 3 a a DET iajs-2839 43 4 wide wide ADJ iajs-2839 43 5 energy energy NOUN iajs-2839 43 6 band band NOUN iajs-2839 43 7 gap gap NOUN iajs-2839 43 8 of of ADP iajs-2839 43 9 about about ADV iajs-2839 43 10 3.2 3.2 NUM iajs-2839 43 11 ev ev NOUN iajs-2839 43 12 , , PUNCT iajs-2839 43 13 is be AUX iajs-2839 43 14 low low ADJ iajs-2839 43 15 cost cost NOUN iajs-2839 43 16 , , PUNCT iajs-2839 43 17 nontoxic nontoxic ADV iajs-2839 43 18 in in ADP iajs-2839 43 19 nature nature NOUN iajs-2839 43 20 and and CCONJ iajs-2839 43 21 stable stable ADJ iajs-2839 43 22 [ [ PUNCT iajs-2839 43 23 14].the 14].the NUM iajs-2839 43 24 schematic schematic ADJ iajs-2839 43 25 of of ADP iajs-2839 43 26 energy energy NOUN iajs-2839 43 27 levels level NOUN iajs-2839 43 28 for for ADP iajs-2839 43 29 sensitized sensitize VERB iajs-2839 43 30 d35cpdt d35cpdt PROPN iajs-2839 43 31 dye dye NOUN iajs-2839 43 32 with with ADP iajs-2839 43 33 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 43 34 and and CCONJ iajs-2839 43 35 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 43 36 semiconductors semiconductor NOUN iajs-2839 43 37 is be AUX iajs-2839 43 38 shown show VERB iajs-2839 43 39 in in ADP iajs-2839 43 40 figure figure NOUN iajs-2839 43 41 ( ( PUNCT iajs-2839 43 42 1 1 NUM iajs-2839 43 43 ) ) PUNCT iajs-2839 44 1 [ [ X iajs-2839 44 2 15 15 NUM iajs-2839 44 3 ] ] PUNCT iajs-2839 44 4 . . PUNCT iajs-2839 45 1 in in ADP iajs-2839 45 2 this this DET iajs-2839 45 3 paper paper NOUN iajs-2839 45 4 , , PUNCT iajs-2839 45 5 we we PRON iajs-2839 45 6 utilize utilize VERB iajs-2839 45 7 the the DET iajs-2839 45 8 quantum quantum ADJ iajs-2839 45 9 model model NOUN iajs-2839 45 10 to to PART iajs-2839 45 11 investigate investigate VERB iajs-2839 45 12 charge charge NOUN iajs-2839 45 13 transfer transfer NOUN iajs-2839 45 14 dynamics dynamic NOUN iajs-2839 45 15 from from ADP iajs-2839 45 16 sensitized sensitize VERB iajs-2839 45 17 d35cpdt d35cpdt PROPN iajs-2839 45 18 dye dye NOUN iajs-2839 45 19 to to ADP iajs-2839 45 20 the the DET iajs-2839 45 21 conduction conduction NOUN iajs-2839 45 22 band band NOUN iajs-2839 45 23 of of ADP iajs-2839 45 24 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 45 25 or or CCONJ iajs-2839 45 26 / / SYM iajs-2839 45 27 and and CCONJ iajs-2839 45 28 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 45 29 semiconductor semiconductor NOUN iajs-2839 45 30 . . PUNCT iajs-2839 46 1 2 2 X iajs-2839 46 2 . . X iajs-2839 46 3 theory theory NOUN iajs-2839 46 4 the the DET iajs-2839 46 5 charge charge NOUN iajs-2839 46 6 transfer transfer NOUN iajs-2839 46 7 rate rate NOUN iajs-2839 46 8 ( ( PUNCT iajs-2839 46 9 κ𝐢𝑇𝑅 κ𝐢𝑇𝑅 NOUN iajs-2839 46 10 ) ) PUNCT iajs-2839 46 11 is be AUX iajs-2839 46 12 given give VERB iajs-2839 46 13 by by ADP iajs-2839 46 14 fermi fermi NOUN iajs-2839 46 15 golden golden ADJ iajs-2839 46 16 rule rule NOUN iajs-2839 46 17 to to PART iajs-2839 46 18 transfer transfer VERB iajs-2839 46 19 charge charge NOUN iajs-2839 46 20 from from ADP iajs-2839 46 21 a a DET iajs-2839 46 22 donor donor NOUN iajs-2839 46 23 state state NOUN iajs-2839 46 24 to to ADP iajs-2839 46 25 an an DET iajs-2839 46 26 acceptor acceptor NOUN iajs-2839 46 27 state state NOUN iajs-2839 46 28 and and CCONJ iajs-2839 46 29 is be AUX iajs-2839 46 30 given give VERB iajs-2839 46 31 by by ADP iajs-2839 46 32 [ [ X iajs-2839 46 33 16 16 NUM iajs-2839 46 34 ] ] PUNCT iajs-2839 46 35 . . PUNCT iajs-2839 47 1 κ𝐢𝑇𝑅 κ𝐢𝑇𝑅 NOUN iajs-2839 47 2 = = PUNCT iajs-2839 47 3 βˆ‘ βˆ‘ PUNCT iajs-2839 47 4 4πœ‹2 4πœ‹2 NUM iajs-2839 47 5 β„Ž β„Ž PROPN iajs-2839 47 6 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2πœŒπ‘‘(𝐸 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2πœŒπ‘‘(𝐸 NOUN iajs-2839 47 7 ) ) PUNCT iajs-2839 47 8 ( ( PUNCT iajs-2839 47 9 1 1 X iajs-2839 47 10 ) ) PUNCT iajs-2839 47 11 where where SCONJ iajs-2839 47 12 β„Ž β„Ž PROPN iajs-2839 47 13 is be AUX iajs-2839 47 14 planck planck NOUN iajs-2839 47 15 constant constant ADJ iajs-2839 47 16 , , PUNCT iajs-2839 47 17 〈 〈 PROPN iajs-2839 47 18 𝐢𝐢𝑇𝑅 𝐢𝐢𝑇𝑅 PROPN iajs-2839 47 19 βŒͺ βŒͺ NOUN iajs-2839 47 20 is be AUX iajs-2839 47 21 the the DET iajs-2839 47 22 charge charge NOUN iajs-2839 47 23 transfer transfer NOUN iajs-2839 47 24 strength strength NOUN iajs-2839 47 25 coupling coupling NOUN iajs-2839 47 26 , , PUNCT iajs-2839 47 27 and and CCONJ iajs-2839 47 28 πœŒπ‘‘(𝐸)is πœŒπ‘‘(𝐸)is ADJ iajs-2839 47 29 the the DET iajs-2839 47 30 active active ADJ iajs-2839 47 31 density density NOUN iajs-2839 47 32 of of ADP iajs-2839 47 33 electrons electron NOUN iajs-2839 47 34 . . PUNCT iajs-2839 48 1 the the DET iajs-2839 48 2 activation activation NOUN iajs-2839 48 3 density density NOUN iajs-2839 48 4 profile profile NOUN iajs-2839 48 5 is be AUX iajs-2839 48 6 the the DET iajs-2839 48 7 function function NOUN iajs-2839 48 8 of of ADP iajs-2839 48 9 the the DET iajs-2839 48 10 effective effective ADJ iajs-2839 48 11 density density NOUN iajs-2839 48 12 of of ADP iajs-2839 48 13 states state NOUN iajs-2839 48 14 𝐷𝐸𝑆 𝐷𝐸𝑆 PROPN iajs-2839 48 15 and and CCONJ iajs-2839 48 16 effective effective ADJ iajs-2839 48 17 length length NOUN iajs-2839 48 18 𝑙𝑒𝑙 𝑙𝑒𝑙 NOUN iajs-2839 48 19 . . PUNCT iajs-2839 49 1 it it PRON iajs-2839 49 2 has have AUX iajs-2839 49 3 been be AUX iajs-2839 49 4 determined determine VERB iajs-2839 49 5 from from ADP iajs-2839 49 6 the the DET iajs-2839 49 7 expression expression NOUN iajs-2839 49 8 [ [ X iajs-2839 49 9 17 17 NUM iajs-2839 49 10 ] ] PUNCT iajs-2839 49 11 . . PUNCT iajs-2839 50 1 πœŒπ‘‘(𝐸 πœŒπ‘‘(𝐸 NOUN iajs-2839 50 2 ) ) PUNCT iajs-2839 50 3 = = SYM iajs-2839 50 4 𝐷𝐸𝑆 𝐷𝐸𝑆 PROPN iajs-2839 50 5 𝑙𝑒𝑙 𝑙𝑒𝑙 NOUN iajs-2839 50 6 ( ( PUNCT iajs-2839 50 7 6 6 NUM iajs-2839 50 8 πœ‹ πœ‹ NOUN iajs-2839 50 9 ) ) PUNCT iajs-2839 50 10 1 1 NUM iajs-2839 50 11 3⁄ 3⁄ NUM iajs-2839 50 12 ( ( PUNCT iajs-2839 50 13 2 2 NUM iajs-2839 50 14 ) ) PUNCT iajs-2839 50 15 the the DET iajs-2839 50 16 charge charge NOUN iajs-2839 50 17 transfer transfer NOUN iajs-2839 50 18 rate rate NOUN iajs-2839 50 19 in in ADP iajs-2839 50 20 eq.(1 eq.(1 ADJ iajs-2839 50 21 ) ) PUNCT iajs-2839 50 22 together together ADV iajs-2839 50 23 with with ADP iajs-2839 50 24 eq.(2 eq.(2 ADJ iajs-2839 50 25 ) ) PUNCT iajs-2839 50 26 to to PART iajs-2839 50 27 reduce reduce VERB iajs-2839 50 28 : : PUNCT iajs-2839 50 29 κ𝐢𝑇𝑅 κ𝐢𝑇𝑅 ADJ iajs-2839 50 30 = = PUNCT iajs-2839 50 31 βˆ‘ βˆ‘ PUNCT iajs-2839 50 32 4πœ‹2 4πœ‹2 NUM iajs-2839 50 33 β„Ž β„Ž ADP iajs-2839 50 34 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2𝐷𝐸𝑆 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2𝐷𝐸𝑆 NOUN iajs-2839 50 35 𝑙𝑒𝑙 𝑙𝑒𝑙 NOUN iajs-2839 50 36 ( ( PUNCT iajs-2839 50 37 6 6 NUM iajs-2839 50 38 πœ‹ πœ‹ NOUN iajs-2839 50 39 ) ) PUNCT iajs-2839 50 40 1 1 NUM iajs-2839 50 41 3⁄ 3⁄ NUM iajs-2839 50 42 ( ( PUNCT iajs-2839 50 43 3 3 NUM iajs-2839 50 44 ) ) PUNCT iajs-2839 50 45 the the DET iajs-2839 50 46 total total ADJ iajs-2839 50 47 effective effective ADJ iajs-2839 50 48 density density NOUN iajs-2839 50 49 of of ADP iajs-2839 50 50 states state NOUN iajs-2839 50 51 depends depend VERB iajs-2839 50 52 on on ADP iajs-2839 50 53 the the DET iajs-2839 50 54 density density NOUN iajs-2839 50 55 of of ADP iajs-2839 50 56 the the DET iajs-2839 50 57 state〈 state〈 PROPN iajs-2839 50 58 οΏ½ οΏ½ PROPN iajs-2839 50 59 Μ‚ Μ‚ NOUN iajs-2839 50 60 οΏ½ οΏ½ NOUN iajs-2839 50 61 𝑗 𝑗 NOUN iajs-2839 50 62 βŒͺ βŒͺ NOUN iajs-2839 50 63 = = PUNCT iajs-2839 50 64 𝑒 𝑒 PROPN iajs-2839 50 65 βˆ’ βˆ’ PROPN iajs-2839 50 66 ( ( PUNCT iajs-2839 50 67 Ξ»+βˆ†πΉ0)2 Ξ»+βˆ†πΉ0)2 NOUN iajs-2839 50 68 4Ξ»π‘˜π΅π‘‡ 4Ξ»π‘˜π΅π‘‡ NUM iajs-2839 50 69 √(4πœ‹Ξ»π‘˜π΅π‘‡ √(4πœ‹Ξ»π‘˜π΅π‘‡ NOUN iajs-2839 50 70 ) ) PUNCT iajs-2839 50 71 for for ADP iajs-2839 50 72 the the DET iajs-2839 50 73 system system NOUN iajs-2839 50 74 and and CCONJ iajs-2839 50 75 can can AUX iajs-2839 50 76 be be AUX iajs-2839 50 77 described describe VERB iajs-2839 50 78 by by ADP iajs-2839 50 79 [ [ X iajs-2839 50 80 18 18 NUM iajs-2839 50 81 ] ] PUNCT iajs-2839 50 82 . . PUNCT iajs-2839 51 1 𝐷𝐸𝑆 𝐷𝐸𝑆 PROPN iajs-2839 52 1 = = PUNCT iajs-2839 52 2 〈 〈 PROPN iajs-2839 52 3 οΏ½ οΏ½ PROPN iajs-2839 52 4 Μ‚ Μ‚ SYM iajs-2839 52 5 οΏ½ οΏ½ PROPN iajs-2839 52 6 𝑗βŒͺ𝑑𝐴 𝑗βŒͺ𝑑𝐴 NOUN iajs-2839 52 7 βˆ’2 βˆ’2 NOUN iajs-2839 52 8 3⁄ 3⁄ NUM iajs-2839 52 9 = = SYM iajs-2839 52 10 𝑒 𝑒 PROPN iajs-2839 52 11 βˆ’ βˆ’ PROPN iajs-2839 52 12 ( ( PUNCT iajs-2839 52 13 Ξ»+βˆ†πΉ0)2 Ξ»+βˆ†πΉ0)2 NOUN iajs-2839 52 14 4Ξ»π‘˜π΅π‘‡ 4Ξ»π‘˜π΅π‘‡ NUM iajs-2839 52 15 √(4πœ‹Ξ»π‘˜π΅π‘‡ √(4πœ‹Ξ»π‘˜π΅π‘‡ NOUN iajs-2839 52 16 ) ) PUNCT iajs-2839 52 17 𝑑𝐴 𝑑𝐴 NUM iajs-2839 52 18 βˆ’2 βˆ’2 NOUN iajs-2839 52 19 3⁄ 3⁄ NUM iajs-2839 52 20 ( ( PUNCT iajs-2839 52 21 4 4 NUM iajs-2839 52 22 ) ) PUNCT iajs-2839 52 23 where𝑑𝐴 where𝑑𝐴 PROPN iajs-2839 52 24 is be AUX iajs-2839 52 25 the the DET iajs-2839 52 26 atomic atomic ADJ iajs-2839 52 27 density density NOUN iajs-2839 52 28 of of ADP iajs-2839 52 29 a a DET iajs-2839 52 30 semiconductor semiconductor NOUN iajs-2839 52 31 . . PUNCT iajs-2839 53 1 the the DET iajs-2839 53 2 charge charge NOUN iajs-2839 53 3 transfer transfer NOUN iajs-2839 53 4 rate rate NOUN iajs-2839 53 5 in in ADP iajs-2839 53 6 eq.(1 eq.(1 ADJ iajs-2839 53 7 ) ) PUNCT iajs-2839 53 8 will will AUX iajs-2839 53 9 be be AUX iajs-2839 53 10 set set VERB iajs-2839 53 11 through through ADP iajs-2839 53 12 eq eq ADP iajs-2839 53 13 . . PUNCT iajs-2839 54 1 ( ( PUNCT iajs-2839 54 2 4 4 NUM iajs-2839 54 3 ) ) PUNCT iajs-2839 54 4 by by ADP iajs-2839 54 5 κ𝐢𝑇𝑅 κ𝐢𝑇𝑅 ADJ iajs-2839 54 6 = = SYM iajs-2839 54 7 βˆ‘ βˆ‘ PUNCT iajs-2839 54 8 4πœ‹2 4πœ‹2 NUM iajs-2839 54 9 β„Ž β„Ž NOUN iajs-2839 54 10 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2 NOUN iajs-2839 54 11 𝑒 𝑒 NOUN iajs-2839 54 12 βˆ’ βˆ’ PROPN iajs-2839 54 13 ( ( PUNCT iajs-2839 54 14 Ξ»+βˆ†πΉ0)2 Ξ»+βˆ†πΉ0)2 NOUN iajs-2839 54 15 4Ξ»π‘˜π΅π‘‡ 4Ξ»π‘˜π΅π‘‡ NUM iajs-2839 54 16 √(4πœ‹Ξ»π‘˜π΅π‘‡ √(4πœ‹Ξ»π‘˜π΅π‘‡ NOUN iajs-2839 54 17 ) ) PUNCT iajs-2839 55 1 𝑑𝐴 𝑑𝐴 NUM iajs-2839 55 2 βˆ’2 βˆ’2 NOUN iajs-2839 55 3 3⁄ 3⁄ NUM iajs-2839 55 4 𝑙𝑒𝑙 𝑙𝑒𝑙 NOUN iajs-2839 55 5 ( ( PUNCT iajs-2839 55 6 6 6 NUM iajs-2839 55 7 πœ‹ πœ‹ NOUN iajs-2839 55 8 ) ) PUNCT iajs-2839 55 9 1 1 NUM iajs-2839 55 10 3⁄ 3⁄ NUM iajs-2839 55 11 ( ( PUNCT iajs-2839 55 12 5 5 NUM iajs-2839 55 13 ) ) PUNCT iajs-2839 55 14 introduce introduce VERB iajs-2839 55 15 the the DET iajs-2839 55 16 fermi fermi NOUN iajs-2839 55 17 distribution distribution NOUN iajs-2839 55 18 function function NOUN iajs-2839 55 19 f(𝐸 f(𝐸 PROPN iajs-2839 55 20 ) ) PUNCT iajs-2839 55 21 for for ADP iajs-2839 55 22 electrons electron NOUN iajs-2839 55 23 as as ADP iajs-2839 55 24 a a DET iajs-2839 55 25 function function NOUN iajs-2839 55 26 of of ADP iajs-2839 55 27 the the DET iajs-2839 55 28 conduction conduction NOUN iajs-2839 55 29 band band NOUN iajs-2839 55 30 energy energy NOUN iajs-2839 55 31 ec ec PROPN iajs-2839 55 32 and and CCONJ iajs-2839 55 33 electronic electronic ADJ iajs-2839 55 34 energy energy NOUN iajs-2839 55 35 e e NOUN iajs-2839 55 36 in in ADP iajs-2839 55 37 the the DET iajs-2839 55 38 system system NOUN iajs-2839 55 39 and and CCONJ iajs-2839 55 40 may may AUX iajs-2839 55 41 be be AUX iajs-2839 55 42 written write VERB iajs-2839 55 43 [ [ X iajs-2839 55 44 19 19 NUM iajs-2839 55 45 ] ] NOUN iajs-2839 55 46 : : PUNCT iajs-2839 55 47 f(𝐸 f(𝐸 NOUN iajs-2839 55 48 ) ) PUNCT iajs-2839 56 1 = = PUNCT iajs-2839 56 2 1 1 NUM iajs-2839 56 3 𝑒 𝑒 PROPN iajs-2839 56 4 ( ( PUNCT iajs-2839 56 5 ecβˆ’e ecβˆ’e PROPN iajs-2839 56 6 ) ) PUNCT iajs-2839 56 7 kbt kbt PROPN iajs-2839 57 1 +1 +1 INTJ iajs-2839 57 2 ( ( PUNCT iajs-2839 57 3 6 6 NUM iajs-2839 57 4 ) ) PUNCT iajs-2839 57 5 we we PRON iajs-2839 57 6 can can AUX iajs-2839 57 7 insert insert VERB iajs-2839 57 8 eq eq ADP iajs-2839 57 9 . . PUNCT iajs-2839 57 10 ( ( PUNCT iajs-2839 57 11 6 6 NUM iajs-2839 57 12 ) ) PUNCT iajs-2839 57 13 in in ADP iajs-2839 57 14 eq.(5 eq.(5 NOUN iajs-2839 57 15 ) ) PUNCT iajs-2839 58 1 with with ADP iajs-2839 58 2 integration integration NOUN iajs-2839 58 3 over over ADP iajs-2839 58 4 energy energy NOUN iajs-2839 58 5 e(0 e(0 PROPN iajs-2839 58 6 β†’ β†’ SYM iajs-2839 58 7 ec ec PROPN iajs-2839 58 8 to to PART iajs-2839 58 9 obtain obtain VERB iajs-2839 58 10 : : PUNCT iajs-2839 58 11 κ𝐢𝑇𝑅 κ𝐢𝑇𝑅 ADJ iajs-2839 58 12 = = NOUN iajs-2839 58 13 4πœ‹2 4πœ‹2 NUM iajs-2839 58 14 β„Ž β„Ž NOUN iajs-2839 58 15 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2 VERB iajs-2839 58 16 𝑒 𝑒 NOUN iajs-2839 58 17 βˆ’ βˆ’ PROPN iajs-2839 58 18 ( ( PUNCT iajs-2839 58 19 Ξ»+βˆ†πΉ0)2 Ξ»+βˆ†πΉ0)2 NOUN iajs-2839 58 20 4Ξ»π‘˜π΅π‘‡ 4Ξ»π‘˜π΅π‘‡ NUM iajs-2839 58 21 √(4πœ‹Ξ»π‘˜π΅π‘‡ √(4πœ‹Ξ»π‘˜π΅π‘‡ NOUN iajs-2839 58 22 ) ) PUNCT iajs-2839 59 1 𝑑𝐴 𝑑𝐴 NUM iajs-2839 59 2 βˆ’2 βˆ’2 NOUN iajs-2839 59 3 3⁄ 3⁄ NUM iajs-2839 59 4 𝑙𝑒𝑙 𝑙𝑒𝑙 NOUN iajs-2839 59 5 ( ( PUNCT iajs-2839 59 6 6 6 NUM iajs-2839 59 7 πœ‹ πœ‹ NOUN iajs-2839 59 8 ) ) PUNCT iajs-2839 59 9 1 1 NUM iajs-2839 59 10 3⁄ 3⁄ NUM iajs-2839 59 11 ∫ ∫ NOUN iajs-2839 59 12 𝑑𝐸 𝑑𝐸 PROPN iajs-2839 59 13 𝑒 𝑒 PROPN iajs-2839 59 14 ( ( PUNCT iajs-2839 59 15 ecβˆ’e ecβˆ’e PROPN iajs-2839 59 16 ) ) PUNCT iajs-2839 60 1 kbt kbt PROPN iajs-2839 61 1 +1 +1 PROPN iajs-2839 61 2 ec ec PROPN iajs-2839 61 3 0 0 PUNCT iajs-2839 61 4 ( ( PUNCT iajs-2839 61 5 7 7 X iajs-2839 61 6 ) ) PUNCT iajs-2839 61 7 the the DET iajs-2839 61 8 corresponding corresponding ADJ iajs-2839 61 9 driving drive VERB iajs-2839 61 10 energy energy NOUN iajs-2839 61 11 βˆ†πΉ0 βˆ†πΉ0 NOUN iajs-2839 61 12 in in ADP iajs-2839 61 13 the the DET iajs-2839 61 14 charge charge NOUN iajs-2839 61 15 transfer transfer NOUN iajs-2839 61 16 process process NOUN iajs-2839 61 17 are be AUX iajs-2839 61 18 obtained obtain VERB iajs-2839 61 19 as as ADP iajs-2839 61 20 a a DET iajs-2839 61 21 function function NOUN iajs-2839 61 22 of of ADP iajs-2839 61 23 the the DET iajs-2839 61 24 conduction conduction NOUN iajs-2839 61 25 band band NOUN iajs-2839 61 26 energy energy NOUN iajs-2839 61 27 ecof ecof PROPN iajs-2839 61 28 semiconductor semiconductor NOUN iajs-2839 61 29 and and CCONJ iajs-2839 61 30 electrochemical electrochemical ADJ iajs-2839 61 31 potential potential ADJ iajs-2839 61 32 Ο• Ο• NOUN iajs-2839 61 33 and and CCONJ iajs-2839 61 34 is be AUX iajs-2839 61 35 computed compute VERB iajs-2839 61 36 by by ADP iajs-2839 61 37 [ [ X iajs-2839 61 38 20 20 NUM iajs-2839 61 39 ] ] PUNCT iajs-2839 61 40 . . PUNCT iajs-2839 62 1 βˆ†πΉ0 βˆ†πΉ0 NOUN iajs-2839 62 2 = = SYM iajs-2839 62 3 ec ec PROPN iajs-2839 62 4 βˆ’ βˆ’ PROPN iajs-2839 62 5 Ο• Ο• PROPN iajs-2839 62 6 ( ( PUNCT iajs-2839 62 7 8) 8) NUM iajs-2839 62 8 inserting insert VERB iajs-2839 62 9 eq.(8 eq.(8 NOUN iajs-2839 62 10 ) ) PUNCT iajs-2839 62 11 in in ADP iajs-2839 62 12 eq.(7 eq.(7 NOUN iajs-2839 62 13 ) ) PUNCT iajs-2839 62 14 to to PART iajs-2839 62 15 result result VERB iajs-2839 62 16 : : PUNCT iajs-2839 62 17 ihjpas ihjpas PROPN iajs-2839 62 18 . . PUNCT iajs-2839 63 1 53 53 NUM iajs-2839 63 2 ( ( PUNCT iajs-2839 63 3 3)2022 3)2022 NOUN iajs-2839 63 4 8 8 NUM iajs-2839 63 5 κ𝐢𝑇𝑅 κ𝐢𝑇𝑅 NOUN iajs-2839 63 6 = = NOUN iajs-2839 63 7 4πœ‹2 4πœ‹2 NUM iajs-2839 63 8 β„Ž β„Ž NOUN iajs-2839 63 9 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2 VERB iajs-2839 63 10 𝑒 𝑒 PART iajs-2839 63 11 βˆ’ βˆ’ PROPN iajs-2839 63 12 ( ( PUNCT iajs-2839 63 13 Ξ»+(ecβˆ’Ο•))2 Ξ»+(ecβˆ’Ο•))2 ADJ iajs-2839 63 14 4Ξ»π‘˜π΅π‘‡ 4Ξ»π‘˜π΅π‘‡ NUM iajs-2839 63 15 √(4πœ‹Ξ»π‘˜π΅π‘‡ √(4πœ‹Ξ»π‘˜π΅π‘‡ NOUN iajs-2839 63 16 ) ) PUNCT iajs-2839 63 17 𝑑𝐴 𝑑𝐴 NUM iajs-2839 63 18 βˆ’2 βˆ’2 NOUN iajs-2839 63 19 3⁄ 3⁄ NUM iajs-2839 63 20 𝑙𝑒𝑙 𝑙𝑒𝑙 NOUN iajs-2839 63 21 ( ( PUNCT iajs-2839 63 22 6 6 NUM iajs-2839 63 23 πœ‹ πœ‹ NOUN iajs-2839 63 24 ) ) PUNCT iajs-2839 63 25 1 1 NUM iajs-2839 63 26 3⁄ 3⁄ NUM iajs-2839 63 27 ∫ ∫ NOUN iajs-2839 63 28 𝑑𝐸 𝑑𝐸 PROPN iajs-2839 63 29 𝑒 𝑒 PROPN iajs-2839 63 30 ( ( PUNCT iajs-2839 63 31 ecβˆ’e ecβˆ’e PROPN iajs-2839 63 32 ) ) PUNCT iajs-2839 63 33 kbt kbt PROPN iajs-2839 64 1 +1 +1 PROPN iajs-2839 65 1 ec ec PROPN iajs-2839 65 2 0 0 PUNCT iajs-2839 65 3 ( ( PUNCT iajs-2839 65 4 9 9 NUM iajs-2839 65 5 ) ) PUNCT iajs-2839 65 6 the the DET iajs-2839 65 7 results result NOUN iajs-2839 65 8 solve solve VERB iajs-2839 65 9 integral integral ADJ iajs-2839 65 10 in in ADP iajs-2839 65 11 eq.(9 eq.(9 ADJ iajs-2839 65 12 ) ) PUNCT iajs-2839 65 13 reduce reduce VERB iajs-2839 65 14 to to ADP iajs-2839 65 15 . . PUNCT iajs-2839 66 1 ∫ ∫ PROPN iajs-2839 66 2 𝑑𝐸 𝑑𝐸 PROPN iajs-2839 66 3 𝑒 𝑒 PROPN iajs-2839 66 4 ( ( PUNCT iajs-2839 66 5 ecβˆ’e ecβˆ’e PROPN iajs-2839 66 6 ) ) PUNCT iajs-2839 67 1 kbt kbt PROPN iajs-2839 68 1 +1 +1 PROPN iajs-2839 69 1 ec ec PROPN iajs-2839 69 2 0 0 PUNCT iajs-2839 70 1 = = SYM iajs-2839 70 2 kbt[ln2 kbt[ln2 PROPN iajs-2839 71 1 βˆ’ βˆ’ PROPN iajs-2839 71 2 ln ln INTJ iajs-2839 71 3 ( ( PUNCT iajs-2839 71 4 1 1 NUM iajs-2839 71 5 + + CCONJ iajs-2839 71 6 𝑒 𝑒 PROPN iajs-2839 71 7 βˆ’ec βˆ’ec NOUN iajs-2839 71 8 kbt kbt NOUN iajs-2839 71 9 ) ) PUNCT iajs-2839 71 10 ] ] PUNCT iajs-2839 71 11 ( ( PUNCT iajs-2839 71 12 10 10 NUM iajs-2839 71 13 ) ) PUNCT iajs-2839 71 14 the the DET iajs-2839 71 15 potential potential ADJ iajs-2839 71 16 energy energy NOUN iajs-2839 71 17 is be AUX iajs-2839 71 18 obtained obtain VERB iajs-2839 71 19 by by ADP iajs-2839 71 20 calculating calculate VERB iajs-2839 71 21 the the DET iajs-2839 71 22 driving drive VERB iajs-2839 71 23 energy energy NOUN iajs-2839 71 24 and and CCONJ iajs-2839 71 25 transition transition NOUN iajs-2839 71 26 energy energy NOUN iajs-2839 71 27 and and CCONJ iajs-2839 71 28 is be AUX iajs-2839 71 29 given give VERB iajs-2839 71 30 as as ADP iajs-2839 71 31 [ [ X iajs-2839 71 32 21 21 NUM iajs-2839 71 33 ] ] PUNCT iajs-2839 71 34 . . PUNCT iajs-2839 72 1 π‘ˆ(Ξ» π‘ˆ(Ξ» PROPN iajs-2839 72 2 , , PUNCT iajs-2839 72 3 Ο• Ο• NOUN iajs-2839 72 4 ) ) PUNCT iajs-2839 72 5 = = SYM iajs-2839 72 6 ( ( PUNCT iajs-2839 72 7 ( ( PUNCT iajs-2839 72 8 ecβˆ’Ο•)+Ξ» ecβˆ’Ο•)+Ξ» NOUN iajs-2839 72 9 ) ) PUNCT iajs-2839 72 10 2 2 NUM iajs-2839 72 11 4Ξ» 4Ξ» NOUN iajs-2839 72 12 ( ( PUNCT iajs-2839 72 13 11 11 NUM iajs-2839 72 14 ) ) PUNCT iajs-2839 72 15 therefore therefore ADV iajs-2839 72 16 , , PUNCT iajs-2839 72 17 we we PRON iajs-2839 72 18 insert insert VERB iajs-2839 72 19 eq.(10 eq.(10 ADJ iajs-2839 72 20 ) ) PUNCT iajs-2839 72 21 and and CCONJ iajs-2839 72 22 eq.(11 eq.(11 PROPN iajs-2839 72 23 ) ) PUNCT iajs-2839 72 24 in in ADP iajs-2839 72 25 eq eq ADP iajs-2839 72 26 . . PUNCT iajs-2839 73 1 ( ( PUNCT iajs-2839 73 2 9 9 NUM iajs-2839 73 3 ) ) PUNCT iajs-2839 73 4 to to PART iajs-2839 73 5 result result VERB iajs-2839 73 6 : : PUNCT iajs-2839 73 7 κ𝐢𝑇𝑅 κ𝐢𝑇𝑅 ADJ iajs-2839 73 8 = = NOUN iajs-2839 73 9 4πœ‹2 4πœ‹2 NUM iajs-2839 73 10 β„Ž β„Ž NOUN iajs-2839 73 11 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2 VERB iajs-2839 74 1 𝑒 𝑒 PART iajs-2839 74 2 βˆ’ βˆ’ NOUN iajs-2839 74 3 π‘ˆ(Ξ»,Ο• π‘ˆ(Ξ»,Ο• NUM iajs-2839 74 4 ) ) PUNCT iajs-2839 75 1 π‘˜π΅π‘‡ π‘˜π΅π‘‡ PROPN iajs-2839 75 2 √(4πœ‹Ξ»π‘˜π΅π‘‡ √(4πœ‹Ξ»π‘˜π΅π‘‡ ADJ iajs-2839 75 3 ) ) PUNCT iajs-2839 76 1 𝑑𝐴 𝑑𝐴 NUM iajs-2839 76 2 βˆ’2 βˆ’2 NOUN iajs-2839 76 3 3⁄ 3⁄ NUM iajs-2839 76 4 𝑙𝑒𝑙 𝑙𝑒𝑙 NOUN iajs-2839 76 5 ( ( PUNCT iajs-2839 76 6 6 6 NUM iajs-2839 76 7 πœ‹ πœ‹ NOUN iajs-2839 76 8 ) ) PUNCT iajs-2839 76 9 1 1 NUM iajs-2839 76 10 3⁄ 3⁄ NUM iajs-2839 76 11 kbt[ln2 kbt[ln2 NOUN iajs-2839 77 1 βˆ’ βˆ’ PROPN iajs-2839 78 1 ln ln INTJ iajs-2839 79 1 ( ( PUNCT iajs-2839 79 2 1 1 NUM iajs-2839 79 3 + + CCONJ iajs-2839 79 4 𝑒 𝑒 PROPN iajs-2839 79 5 βˆ’ec βˆ’ec NOUN iajs-2839 79 6 kbt kbt NOUN iajs-2839 79 7 ) ) PUNCT iajs-2839 79 8 ( ( PUNCT iajs-2839 79 9 12 12 NUM iajs-2839 79 10 ) ) PUNCT iajs-2839 79 11 according accord VERB iajs-2839 79 12 to to ADP iajs-2839 79 13 the the DET iajs-2839 79 14 continuum continuum ADJ iajs-2839 79 15 model model NOUN iajs-2839 79 16 of of ADP iajs-2839 79 17 donor donor NOUN iajs-2839 79 18 acceptor acceptor NOUN iajs-2839 79 19 theory theory NOUN iajs-2839 79 20 , , PUNCT iajs-2839 79 21 the the DET iajs-2839 79 22 transition transition NOUN iajs-2839 79 23 energy energy NOUN iajs-2839 79 24 Ξ»(ev Ξ»(ev PROPN iajs-2839 79 25 ) ) PUNCT iajs-2839 79 26 can can AUX iajs-2839 79 27 be be AUX iajs-2839 79 28 obtained[22 obtained[22 ADJ iajs-2839 79 29 ] ] PUNCT iajs-2839 79 30 : : PUNCT iajs-2839 79 31 Ξ»(𝒆𝑽 Ξ»(𝒆𝑽 X iajs-2839 79 32 ) ) PUNCT iajs-2839 80 1 = = NOUN iajs-2839 80 2 𝑒2 𝑒2 PROPN iajs-2839 80 3 8πœ‹πœ€ 8πœ‹πœ€ NOUN iajs-2839 80 4 Β° Β° ADP iajs-2839 80 5 [ [ PUNCT iajs-2839 80 6 1 1 NUM iajs-2839 80 7 𝑅 𝑅 PROPN iajs-2839 80 8 [ [ PUNCT iajs-2839 80 9 1 1 NUM iajs-2839 80 10 𝑛2 𝑛2 NOUN iajs-2839 80 11 βˆ’ βˆ’ PROPN iajs-2839 80 12 1 1 NUM iajs-2839 80 13 πœ– πœ– X iajs-2839 80 14 ] ] PUNCT iajs-2839 81 1 βˆ’ βˆ’ PROPN iajs-2839 81 2 1 1 NUM iajs-2839 81 3 2𝐷 2𝐷 NOUN iajs-2839 81 4 [ [ X iajs-2839 81 5 ( ( PUNCT iajs-2839 81 6 𝑛𝑆 𝑛𝑆 NOUN iajs-2839 81 7 2βˆ’π‘›2 2βˆ’π‘›2 NUM iajs-2839 81 8 𝑛𝑆 𝑛𝑆 NOUN iajs-2839 81 9 2+𝑛2 2+𝑛2 NUM iajs-2839 81 10 ) ) PUNCT iajs-2839 81 11 ( ( PUNCT iajs-2839 81 12 1 1 NUM iajs-2839 81 13 𝑛2 𝑛2 NOUN iajs-2839 81 14 ) ) PUNCT iajs-2839 81 15 βˆ’ βˆ’ PROPN iajs-2839 81 16 πœ–π‘† πœ–π‘† PROPN iajs-2839 81 17 2βˆ’πœ–2 2βˆ’πœ–2 NUM iajs-2839 81 18 πœ–π‘† πœ–π‘† PROPN iajs-2839 81 19 2+πœ–2 2+πœ–2 NUM iajs-2839 81 20 1 1 NUM iajs-2839 81 21 πœ–2 πœ–2 NOUN iajs-2839 81 22 ] ] X iajs-2839 81 23 ] ] X iajs-2839 81 24 ( ( PUNCT iajs-2839 81 25 13 13 NUM iajs-2839 81 26 ) ) PUNCT iajs-2839 81 27 where where SCONJ iajs-2839 81 28 𝑒 𝑒 NOUN iajs-2839 81 29 and and CCONJ iajs-2839 81 30 πœ€ πœ€ NOUN iajs-2839 81 31 Β° Β° NOUN iajs-2839 81 32 are be AUX iajs-2839 81 33 charge charge NOUN iajs-2839 81 34 and and CCONJ iajs-2839 81 35 permittivity permittivity NOUN iajs-2839 81 36 , , PUNCT iajs-2839 81 37 𝑛 𝑛 PRON iajs-2839 81 38 and and CCONJ iajs-2839 81 39 𝑛𝑆 𝑛𝑆 NOUN iajs-2839 81 40 are be AUX iajs-2839 81 41 the the DET iajs-2839 81 42 refractive refractive ADJ iajs-2839 81 43 index index NOUN iajs-2839 81 44 of of ADP iajs-2839 81 45 solvent solvent NOUN iajs-2839 81 46 and and CCONJ iajs-2839 81 47 semiconductor semiconductor NOUN iajs-2839 81 48 , , PUNCT iajs-2839 81 49 πœ– πœ– PROPN iajs-2839 81 50 and and CCONJ iajs-2839 81 51 πœ–π‘† πœ–π‘† PROPN iajs-2839 81 52 are be AUX iajs-2839 81 53 the the DET iajs-2839 81 54 dielectric dielectric ADJ iajs-2839 81 55 constant constant ADJ iajs-2839 81 56 of of ADP iajs-2839 81 57 solvent solvent NOUN iajs-2839 81 58 and and CCONJ iajs-2839 81 59 semiconductor semiconductor NOUN iajs-2839 81 60 , , PUNCT iajs-2839 81 61 𝑹 𝑹 PROPN iajs-2839 81 62 is be AUX iajs-2839 81 63 the the DET iajs-2839 81 64 radius radius NOUN iajs-2839 81 65 of of ADP iajs-2839 81 66 dye dye NOUN iajs-2839 81 67 and and CCONJ iajs-2839 81 68 d d NOUN iajs-2839 81 69 is be AUX iajs-2839 81 70 the the DET iajs-2839 81 71 distance distance NOUN iajs-2839 81 72 between between ADP iajs-2839 81 73 the the DET iajs-2839 81 74 dye dye NOUN iajs-2839 81 75 and and CCONJ iajs-2839 81 76 the the DET iajs-2839 81 77 semiconductor semiconductor NOUN iajs-2839 81 78 . . PUNCT iajs-2839 82 1 the the DET iajs-2839 82 2 radius radius NOUN iajs-2839 82 3 is be AUX iajs-2839 82 4 given give VERB iajs-2839 82 5 as as ADP iajs-2839 82 6 a a DET iajs-2839 82 7 function function NOUN iajs-2839 82 8 of of ADP iajs-2839 82 9 molecular molecular ADJ iajs-2839 82 10 weight weight NOUN iajs-2839 82 11 π‘€π‘Š π‘€π‘Š PROPN iajs-2839 82 12 and and CCONJ iajs-2839 82 13 density density NOUN iajs-2839 82 14 πœŒπ‘šdue πœŒπ‘šdue ADJ iajs-2839 82 15 to to ADP iajs-2839 82 16 the the DET iajs-2839 82 17 spherical spherical ADJ iajs-2839 82 18 approach approach NOUN iajs-2839 82 19 formula formula NOUN iajs-2839 82 20 [ [ X iajs-2839 82 21 23 23 NUM iajs-2839 82 22 ] ] PUNCT iajs-2839 82 23 . . PUNCT iajs-2839 83 1 𝑅 𝑅 NOUN iajs-2839 83 2 ( ( PUNCT iajs-2839 83 3 π΄π‘œ π΄π‘œ PROPN iajs-2839 83 4 ) ) PUNCT iajs-2839 83 5 = = PUNCT iajs-2839 83 6 ( ( PUNCT iajs-2839 83 7 3 3 NUM iajs-2839 83 8 4πœ‹ 4πœ‹ NOUN iajs-2839 83 9 ) ) PUNCT iajs-2839 83 10 1 1 NUM iajs-2839 83 11 3 3 NUM iajs-2839 83 12 ( ( PUNCT iajs-2839 83 13 π‘€π‘Š π‘€π‘Š PROPN iajs-2839 83 14 π‘π΄πœŒπ‘š π‘π΄πœŒπ‘š PROPN iajs-2839 83 15 ) ) PUNCT iajs-2839 83 16 1 1 NUM iajs-2839 83 17 3 3 NUM iajs-2839 83 18 ( ( PUNCT iajs-2839 83 19 14 14 NUM iajs-2839 83 20 ) ) PUNCT iajs-2839 83 21 where where SCONJ iajs-2839 83 22 𝑁𝐴 𝑁𝐴 PROPN iajs-2839 83 23 is be AUX iajs-2839 83 24 avogadro avogadro NOUN iajs-2839 83 25 number number NOUN iajs-2839 83 26 . . PUNCT iajs-2839 84 1 3 3 X iajs-2839 84 2 . . NOUN iajs-2839 84 3 results result NOUN iajs-2839 84 4 to to PART iajs-2839 84 5 study study VERB iajs-2839 84 6 the the DET iajs-2839 84 7 charge charge NOUN iajs-2839 84 8 transfer transfer NOUN iajs-2839 84 9 dynamics dynamic NOUN iajs-2839 84 10 from from ADP iajs-2839 84 11 d35cpdt d35cpdt PROPN iajs-2839 84 12 sensitized sensitize VERB iajs-2839 84 13 dye dye NOUN iajs-2839 84 14 to to ADP iajs-2839 84 15 conduction conduction NOUN iajs-2839 84 16 band band NOUN iajs-2839 84 17 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 84 18 or or CCONJ iajs-2839 84 19 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 84 20 in in ADP iajs-2839 84 21 a a DET iajs-2839 84 22 semiconductor semiconductor NOUN iajs-2839 84 23 , , PUNCT iajs-2839 84 24 we we PRON iajs-2839 84 25 can can AUX iajs-2839 84 26 calculate calculate VERB iajs-2839 84 27 the the DET iajs-2839 84 28 rate rate NOUN iajs-2839 84 29 of of ADP iajs-2839 84 30 the the DET iajs-2839 84 31 charge charge NOUN iajs-2839 84 32 transfer transfer NOUN iajs-2839 84 33 process process NOUN iajs-2839 84 34 in in ADP iajs-2839 84 35 this this DET iajs-2839 84 36 system system NOUN iajs-2839 84 37 . . PUNCT iajs-2839 85 1 it it PRON iajs-2839 85 2 can can AUX iajs-2839 85 3 enable enable VERB iajs-2839 85 4 us we PRON iajs-2839 85 5 to to PART iajs-2839 85 6 know know VERB iajs-2839 85 7 the the DET iajs-2839 85 8 electronic electronic ADJ iajs-2839 85 9 properties property NOUN iajs-2839 85 10 . . PUNCT iajs-2839 86 1 the the DET iajs-2839 86 2 charge charge NOUN iajs-2839 86 3 transfer transfer NOUN iajs-2839 86 4 rate rate NOUN iajs-2839 86 5 at at ADP iajs-2839 86 6 interfaces interface NOUN iajs-2839 86 7 is be AUX iajs-2839 86 8 calculated calculate VERB iajs-2839 86 9 depending depend VERB iajs-2839 86 10 on on ADP iajs-2839 86 11 the the DET iajs-2839 86 12 transition transition NOUN iajs-2839 86 13 energy energy NOUN iajs-2839 86 14 , , PUNCT iajs-2839 86 15 driving drive VERB iajs-2839 86 16 force force NOUN iajs-2839 86 17 , , PUNCT iajs-2839 86 18 potential potential NOUN iajs-2839 86 19 at at ADP iajs-2839 86 20 the the DET iajs-2839 86 21 interface interface NOUN iajs-2839 86 22 , , PUNCT iajs-2839 86 23 and and CCONJ iajs-2839 86 24 strong strong ADJ iajs-2839 86 25 coupling coupling NOUN iajs-2839 86 26 of of ADP iajs-2839 86 27 charge charge NOUN iajs-2839 86 28 transfer transfer NOUN iajs-2839 86 29 in in ADP iajs-2839 86 30 the the DET iajs-2839 86 31 system system NOUN iajs-2839 86 32 . . PUNCT iajs-2839 87 1 transition transition NOUN iajs-2839 87 2 energy energy NOUN iajs-2839 87 3 was be AUX iajs-2839 87 4 calculated calculate VERB iajs-2839 87 5 depending depend VERB iajs-2839 87 6 on on ADP iajs-2839 87 7 the the DET iajs-2839 87 8 donor donor NOUN iajs-2839 87 9 - - PUNCT iajs-2839 87 10 acceptor acceptor NOUN iajs-2839 87 11 system system NOUN iajs-2839 87 12 with with ADP iajs-2839 87 13 polarity polarity NOUN iajs-2839 87 14 media medium NOUN iajs-2839 87 15 of of ADP iajs-2839 87 16 solvents solvent NOUN iajs-2839 87 17 . . PUNCT iajs-2839 88 1 the the DET iajs-2839 88 2 physical physical ADJ iajs-2839 88 3 properties property NOUN iajs-2839 88 4 of of ADP iajs-2839 88 5 solvents solvent NOUN iajs-2839 88 6 and and CCONJ iajs-2839 88 7 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 88 8 and and CCONJ iajs-2839 88 9 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 88 10 semiconductors semiconductor NOUN iajs-2839 88 11 are be AUX iajs-2839 88 12 shown show VERB iajs-2839 88 13 in in ADP iajs-2839 88 14 tables table NOUN iajs-2839 88 15 ( ( PUNCT iajs-2839 88 16 1 1 NUM iajs-2839 88 17 ) ) PUNCT iajs-2839 88 18 and and CCONJ iajs-2839 88 19 ( ( PUNCT iajs-2839 88 20 2 2 NUM iajs-2839 88 21 ) ) PUNCT iajs-2839 88 22 , , PUNCT iajs-2839 88 23 respectively respectively ADV iajs-2839 88 24 . . PUNCT iajs-2839 89 1 table table NOUN iajs-2839 89 2 1 1 NUM iajs-2839 89 3 . . PUNCT iajs-2839 90 1 physical physical ADJ iajs-2839 90 2 properties property NOUN iajs-2839 90 3 of of ADP iajs-2839 90 4 solvents solvent NOUN iajs-2839 90 5 [ [ X iajs-2839 90 6 24 24 NUM iajs-2839 90 7 ] ] PUNCT iajs-2839 90 8 . . PUNCT iajs-2839 91 1 solvents solvent NOUN iajs-2839 91 2 density density NOUN iajs-2839 91 3 g g PROPN iajs-2839 91 4 / / SYM iajs-2839 91 5 cm3 cm3 NOUN iajs-2839 91 6 boiling boil VERB iajs-2839 91 7 point(c point(c NOUN iajs-2839 91 8 Β° Β° NOUN iajs-2839 91 9 ) ) PUNCT iajs-2839 91 10 melting melt VERB iajs-2839 91 11 point(c point(c NOUN iajs-2839 91 12 Β° Β° NOUN iajs-2839 91 13 ) ) PUNCT iajs-2839 91 14 viscosity viscosity NOUN iajs-2839 91 15 ( ( PUNCT iajs-2839 91 16 cp cp NOUN iajs-2839 91 17 ) ) PUNCT iajs-2839 91 18 dielectric dielectric ADJ iajs-2839 91 19 constant constant ADJ iajs-2839 91 20 ( ( PUNCT iajs-2839 91 21 Ι› Ι› PROPN iajs-2839 91 22 ) ) PUNCT iajs-2839 91 23 refractive refractive ADJ iajs-2839 91 24 index index NOUN iajs-2839 91 25 ( ( PUNCT iajs-2839 91 26 n n CCONJ iajs-2839 91 27 ) ) PUNCT iajs-2839 91 28 pyridine pyridine NOUN iajs-2839 91 29 0.978 0.978 NUM iajs-2839 91 30 115.4 115.4 NUM iajs-2839 91 31 βˆ’41.6 βˆ’41.6 NUM iajs-2839 91 32 0.88 0.88 NUM iajs-2839 91 33 12.3 12.3 NUM iajs-2839 91 34 1.510 1.510 NUM iajs-2839 91 35 2 2 NUM iajs-2839 91 36 - - PUNCT iajs-2839 91 37 methoxyethanol methoxyethanol NOUN iajs-2839 91 38 0.965 0.965 NOUN iajs-2839 91 39 124 124 NUM iajs-2839 91 40 -85 -85 PROPN iajs-2839 91 41 1.7 1.7 NUM iajs-2839 91 42 16.90 16.90 NUM iajs-2839 91 43 1.402 1.402 NUM iajs-2839 91 44 ethanol ethanol NOUN iajs-2839 91 45 0.78945 0.78945 NUM iajs-2839 91 46 78.37 78.37 NUM iajs-2839 91 47 -114.1 -114.1 PROPN iajs-2839 91 48 1.08 1.08 NUM iajs-2839 91 49 24.5 24.5 NUM iajs-2839 91 50 1.3614 1.3614 NUM iajs-2839 91 51 acetonitrile acetonitrile NOUN iajs-2839 91 52 0.786 0.786 NUM iajs-2839 91 53 82 82 NUM iajs-2839 91 54 -45 -45 SYM iajs-2839 91 55 0.38 0.38 NUM iajs-2839 91 56 37.5 37.5 NUM iajs-2839 91 57 1.3441 1.3441 NUM iajs-2839 91 58 methanol methanol NOUN iajs-2839 91 59 0.792 0.792 NUM iajs-2839 91 60 64.7 64.7 NUM iajs-2839 91 61 -97.6 -97.6 NUM iajs-2839 91 62 0.54 0.54 NUM iajs-2839 91 63 32.7 32.7 NUM iajs-2839 91 64 1.3284 1.3284 NUM iajs-2839 91 65 ihjpas ihjpa NOUN iajs-2839 91 66 . . PUNCT iajs-2839 92 1 53 53 NUM iajs-2839 92 2 ( ( PUNCT iajs-2839 92 3 3)2022 3)2022 NOUN iajs-2839 92 4 9 9 NUM iajs-2839 92 5 table table NOUN iajs-2839 92 6 2 2 NUM iajs-2839 92 7 . . PUNCT iajs-2839 92 8 physical physical ADJ iajs-2839 92 9 properties property NOUN iajs-2839 92 10 of of ADP iajs-2839 92 11 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 92 12 and and CCONJ iajs-2839 92 13 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 92 14 semiconductors semiconductor NOUN iajs-2839 92 15 . . PUNCT iajs-2839 93 1 firstly firstly ADV iajs-2839 93 2 , , PUNCT iajs-2839 93 3 we we PRON iajs-2839 93 4 must must AUX iajs-2839 93 5 calculate calculate VERB iajs-2839 93 6 the the DET iajs-2839 93 7 radius radius NOUN iajs-2839 93 8 𝑅 𝑅 PROPN iajs-2839 93 9 of of ADP iajs-2839 93 10 d35cpdt d35cpdt PROPN iajs-2839 93 11 dye dye NOUN iajs-2839 93 12 and and CCONJ iajs-2839 93 13 the the DET iajs-2839 93 14 distance distance NOUN iajs-2839 93 15 ( ( PUNCT iajs-2839 93 16 𝐷 𝐷 NOUN iajs-2839 93 17 ) ) PUNCT iajs-2839 93 18 between between ADP iajs-2839 93 19 d35cpdt d35cpdt PROPN iajs-2839 93 20 dye dye NOUN iajs-2839 93 21 and and CCONJ iajs-2839 93 22 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 93 23 and and CCONJ iajs-2839 93 24 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 93 25 . . PUNCT iajs-2839 94 1 depending depend VERB iajs-2839 94 2 on on ADP iajs-2839 94 3 the the DET iajs-2839 94 4 approach approach NOUN iajs-2839 94 5 of of ADP iajs-2839 94 6 the the DET iajs-2839 94 7 spherical spherical ADJ iajs-2839 94 8 formula formula NOUN iajs-2839 94 9 , , PUNCT iajs-2839 94 10 the the DET iajs-2839 94 11 radii radius NOUN iajs-2839 94 12 of of ADP iajs-2839 94 13 the the DET iajs-2839 94 14 d35cpdt d35cpdt PROPN iajs-2839 94 15 molecule molecule NOUN iajs-2839 94 16 , , PUNCT iajs-2839 94 17 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 94 18 and and CCONJ iajs-2839 94 19 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 94 20 are be AUX iajs-2839 94 21 estimated estimate VERB iajs-2839 94 22 using use VERB iajs-2839 94 23 eq.(14 eq.(14 NOUN iajs-2839 94 24 ) ) PUNCT iajs-2839 94 25 , , PUNCT iajs-2839 94 26 from from ADP iajs-2839 94 27 which which PRON iajs-2839 94 28 we we PRON iajs-2839 94 29 may may AUX iajs-2839 94 30 calculate calculate VERB iajs-2839 94 31 the the DET iajs-2839 94 32 association association NOUN iajs-2839 94 33 transition transition NOUN iajs-2839 94 34 energy energy NOUN iajs-2839 94 35 , , PUNCT iajs-2839 94 36 driving drive VERB iajs-2839 94 37 energy energy NOUN iajs-2839 94 38 coefficient coefficient NOUN iajs-2839 94 39 , , PUNCT iajs-2839 94 40 the the DET iajs-2839 94 41 potential potential NOUN iajs-2839 94 42 at at ADP iajs-2839 94 43 the the DET iajs-2839 94 44 interface interface NOUN iajs-2839 94 45 and and CCONJ iajs-2839 94 46 charge charge NOUN iajs-2839 94 47 transfer transfer NOUN iajs-2839 94 48 rate rate NOUN iajs-2839 94 49 of of ADP iajs-2839 94 50 the the DET iajs-2839 94 51 charge charge NOUN iajs-2839 94 52 transfer transfer NOUN iajs-2839 94 53 process process NOUN iajs-2839 94 54 in in ADP iajs-2839 94 55 both both CCONJ iajs-2839 94 56 systems.the systems.the DET iajs-2839 94 57 radii radius NOUN iajs-2839 94 58 are be AUX iajs-2839 94 59 calculated calculate VERB iajs-2839 94 60 using use VERB iajs-2839 94 61 the the DET iajs-2839 94 62 expression expression NOUN iajs-2839 94 63 in in ADP iajs-2839 94 64 eq.(14 eq.(14 NOUN iajs-2839 94 65 ) ) PUNCT iajs-2839 94 66 with with ADP iajs-2839 94 67 inserting insert VERB iajs-2839 94 68 the the DET iajs-2839 94 69 value value NOUN iajs-2839 94 70 of of ADP iajs-2839 94 71 molecular molecular ADJ iajs-2839 94 72 weight weight NOUN iajs-2839 94 73 mw mw X iajs-2839 95 1 = = SYM iajs-2839 95 2 1125.58 1125.58 NUM iajs-2839 95 3 g g NOUN iajs-2839 95 4 / / SYM iajs-2839 95 5 mol mol NOUN iajs-2839 96 1 [ [ X iajs-2839 96 2 28 28 NUM iajs-2839 96 3 ] ] X iajs-2839 96 4 , , PUNCT iajs-2839 96 5 150.71g/ 150.71g/ NUM iajs-2839 96 6 mol mol ADP iajs-2839 96 7 [ [ X iajs-2839 96 8 25 25 NUM iajs-2839 96 9 ] ] PUNCT iajs-2839 96 10 and79.866 and79.866 PROPN iajs-2839 96 11 g/ g/ NOUN iajs-2839 96 12 mol mol ADP iajs-2839 97 1 [ [ X iajs-2839 97 2 27 27 NUM iajs-2839 97 3 ] ] PUNCT iajs-2839 97 4 for for ADP iajs-2839 97 5 d35cpdt d35cpdt PROPN iajs-2839 97 6 molecule molecule NOUN iajs-2839 97 7 , , PUNCT iajs-2839 97 8 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 97 9 and and CCONJ iajs-2839 97 10 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 97 11 and and CCONJ iajs-2839 97 12 taking take VERB iajs-2839 97 13 the the DET iajs-2839 97 14 density density NOUN iajs-2839 97 15 ρ_m=1.154 ρ_m=1.154 NOUN iajs-2839 97 16 g g NOUN iajs-2839 97 17 / / SYM iajs-2839 97 18 cm3 cm3 NOUN iajs-2839 98 1 [ [ X iajs-2839 98 2 28 28 NUM iajs-2839 98 3 ] ] PUNCT iajs-2839 98 4 , , PUNCT iajs-2839 98 5 6.95 6.95 NUM iajs-2839 98 6 g g NOUN iajs-2839 98 7 / / SYM iajs-2839 98 8 cm3 cm3 NOUN iajs-2839 99 1 [ [ X iajs-2839 99 2 25 25 NUM iajs-2839 99 3 ] ] PUNCT iajs-2839 99 4 and and CCONJ iajs-2839 99 5 4.23 4.23 NUM iajs-2839 99 6 g g NOUN iajs-2839 99 7 / / SYM iajs-2839 99 8 cm3 cm3 NOUN iajs-2839 99 9 [ [ X iajs-2839 99 10 27 27 NUM iajs-2839 99 11 ] ] PUNCT iajs-2839 99 12 for for ADP iajs-2839 99 13 d35cpdt d35cpdt PROPN iajs-2839 99 14 dye dye PROPN iajs-2839 99 15 , , PUNCT iajs-2839 99 16 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 99 17 and and CCONJ iajs-2839 99 18 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 99 19 . . PUNCT iajs-2839 100 1 results result NOUN iajs-2839 100 2 are be AUX iajs-2839 100 3 found find VERB iajs-2839 100 4 to to PART iajs-2839 100 5 be be AUX iajs-2839 100 6 7.28404 7.28404 NUM iajs-2839 100 7 Γ₯ Γ₯ NOUN iajs-2839 100 8 , , PUNCT iajs-2839 100 9 2.0487Γ₯ 2.0487Γ₯ NUM iajs-2839 100 10 and and CCONJ iajs-2839 100 11 1.9563 1.9563 NUM iajs-2839 100 12 Γ₯ Γ₯ PROPN iajs-2839 100 13 for for ADP iajs-2839 100 14 d35cpdt d35cpdt PROPN iajs-2839 100 15 , , PUNCT iajs-2839 100 16 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 100 17 and𝑇𝑖𝑂2 and𝑇𝑖𝑂2 NOUN iajs-2839 100 18 , , PUNCT iajs-2839 100 19 respectively respectively ADV iajs-2839 100 20 . . PUNCT iajs-2839 101 1 the the DET iajs-2839 101 2 calculation calculation NOUN iajs-2839 101 3 of of ADP iajs-2839 101 4 the the DET iajs-2839 101 5 transition transition NOUN iajs-2839 101 6 energy energy NOUN iajs-2839 101 7 was be AUX iajs-2839 101 8 carried carry VERB iajs-2839 101 9 out out ADP iajs-2839 101 10 using use VERB iajs-2839 101 11 eq.(13 eq.(13 NOUN iajs-2839 101 12 ) ) PUNCT iajs-2839 101 13 for for ADP iajs-2839 101 14 d35cpdt d35cpdt PROPN iajs-2839 101 15 / / SYM iajs-2839 101 16 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 101 17 and and CCONJ iajs-2839 101 18 d35cpdt d35cpdt PROPN iajs-2839 101 19 / / SYM iajs-2839 101 20 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 101 21 by by ADP iajs-2839 101 22 taking take VERB iajs-2839 101 23 the the DET iajs-2839 101 24 dielectric dielectric ADJ iajs-2839 101 25 constant constant ADJ iajs-2839 101 26 and and CCONJ iajs-2839 101 27 refractive refractive ADJ iajs-2839 101 28 index index NOUN iajs-2839 101 29 for for ADP iajs-2839 101 30 solvents solvent NOUN iajs-2839 101 31 in in ADP iajs-2839 101 32 the the DET iajs-2839 101 33 table table NOUN iajs-2839 101 34 ( ( PUNCT iajs-2839 101 35 1 1 NUM iajs-2839 101 36 ) ) PUNCT iajs-2839 101 37 and and CCONJ iajs-2839 101 38 the the DET iajs-2839 101 39 dielectric dielectric ADJ iajs-2839 101 40 constant constant ADJ iajs-2839 101 41 with with ADP iajs-2839 101 42 the the DET iajs-2839 101 43 refractive refractive ADJ iajs-2839 101 44 index index NOUN iajs-2839 101 45 for for ADP iajs-2839 101 46 𝑆𝑛𝑂2and 𝑆𝑛𝑂2and PROPN iajs-2839 101 47 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 101 48 in in ADP iajs-2839 101 49 table(2 table(2 PROPN iajs-2839 101 50 ) ) PUNCT iajs-2839 101 51 , , PUNCT iajs-2839 101 52 and and CCONJ iajs-2839 101 53 distance distance NOUN iajs-2839 101 54 is be AUX iajs-2839 101 55 taken take VERB iajs-2839 101 56 d=9.33274Γ₯ d=9.33274Γ₯ ADV iajs-2839 101 57 between between ADP iajs-2839 101 58 d35cpdt d35cpdt PROPN iajs-2839 101 59 dye dye NOUN iajs-2839 101 60 to to ADP iajs-2839 101 61 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 101 62 and and CCONJ iajs-2839 101 63 d=9.24034Γ₯ d=9.24034Γ₯ VERB iajs-2839 101 64 from from ADP iajs-2839 101 65 d35cpdt d35cpdt PROPN iajs-2839 101 66 dye dye NOUN iajs-2839 101 67 to to ADP iajs-2839 101 68 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 101 69 . . PUNCT iajs-2839 102 1 𝑅esults 𝑅esult NOUN iajs-2839 102 2 are be AUX iajs-2839 102 3 listed list VERB iajs-2839 102 4 in in ADP iajs-2839 102 5 table table NOUN iajs-2839 102 6 ( ( PUNCT iajs-2839 102 7 3 3 NUM iajs-2839 102 8 ) ) PUNCT iajs-2839 102 9 . . PUNCT iajs-2839 103 1 table table NOUN iajs-2839 104 1 3 3 NUM iajs-2839 104 2 . . PUNCT iajs-2839 104 3 results result NOUN iajs-2839 104 4 of of ADP iajs-2839 104 5 transition transition NOUN iajs-2839 104 6 energy energy NOUN iajs-2839 104 7 for for ADP iajs-2839 104 8 d35cpdt d35cpdt PROPN iajs-2839 104 9 / / SYM iajs-2839 104 10 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 104 11 and and CCONJ iajs-2839 104 12 d35cpdt d35cpdt PROPN iajs-2839 104 13 / / SYM iajs-2839 104 14 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 104 15 . . PUNCT iajs-2839 105 1 properties property NOUN iajs-2839 105 2 sno2 sno2 PROPN iajs-2839 105 3 [ [ X iajs-2839 105 4 25 25 NUM iajs-2839 105 5 ] ] PUNCT iajs-2839 105 6 tio2 tio2 NOUN iajs-2839 106 1 [ [ PUNCT iajs-2839 106 2 26 26 NUM iajs-2839 106 3 - - SYM iajs-2839 106 4 27 27 NUM iajs-2839 106 5 ] ] PUNCT iajs-2839 106 6 molecular molecular ADJ iajs-2839 106 7 weight weight NOUN iajs-2839 106 8 ( ( PUNCT iajs-2839 106 9 g g NOUN iajs-2839 106 10 / / SYM iajs-2839 106 11 mol mol NOUN iajs-2839 106 12 ) ) PUNCT iajs-2839 106 13 150.71 150.71 NUM iajs-2839 106 14 79.866 79.866 NUM iajs-2839 106 15 dielectric dielectric ADJ iajs-2839 106 16 constant constant ADJ iajs-2839 106 17 2.19 2.19 NUM iajs-2839 106 18 55 55 NUM iajs-2839 106 19 mass mass NOUN iajs-2839 106 20 density density NOUN iajs-2839 106 21 ( ( PUNCT iajs-2839 106 22 g g NOUN iajs-2839 106 23 / / SYM iajs-2839 106 24 cm3 cm3 NOUN iajs-2839 106 25 ) ) PUNCT iajs-2839 106 26 6.95 6.95 NUM iajs-2839 106 27 4.23 4.23 NUM iajs-2839 106 28 density density NOUN iajs-2839 106 29 of of ADP iajs-2839 106 30 state state NOUN iajs-2839 106 31 ns ns NUM iajs-2839 106 32 /cm3 /cm3 NOUN iajs-2839 106 33 ) ) PUNCT iajs-2839 106 34 3.5Γ— 3.5Γ— NUM iajs-2839 106 35 1019 1019 NUM iajs-2839 106 36 1.163Γ— 1.163Γ— NUM iajs-2839 106 37 1025 1025 NUM iajs-2839 106 38 refractive refractive ADJ iajs-2839 106 39 index index NOUN iajs-2839 106 40 1.45 1.45 NUM iajs-2839 106 41 2.609 2.609 NUM iajs-2839 106 42 lattice lattice NOUN iajs-2839 106 43 constant(Γ₯ constant(Γ₯ PROPN iajs-2839 106 44 ) ) PUNCT iajs-2839 106 45 a a PRON iajs-2839 106 46 = = SYM iajs-2839 106 47 b b NOUN iajs-2839 106 48 = = SYM iajs-2839 106 49 4.731 4.731 NUM iajs-2839 106 50 a˚ a˚ PROPN iajs-2839 106 51 and and CCONJ iajs-2839 106 52 c c NOUN iajs-2839 106 53 = = SYM iajs-2839 107 1 3.189a˚ 3.189a˚ NUM iajs-2839 107 2 a a DET iajs-2839 107 3 = = SYM iajs-2839 107 4 4.5936 4.5936 NUM iajs-2839 107 5 , , PUNCT iajs-2839 107 6 c c PROPN iajs-2839 107 7 = = SYM iajs-2839 107 8 2.9587 2.9587 NUM iajs-2839 107 9 radius(Γ₯ radius(Γ₯ NOUN iajs-2839 107 10 ) ) PUNCT iajs-2839 107 11 2.0487 2.0487 NUM iajs-2839 107 12 1.9563 1.9563 NUM iajs-2839 107 13 conduction conduction NOUN iajs-2839 107 14 band band NOUN iajs-2839 107 15 energy(ev energy(ev PROPN iajs-2839 107 16 ) ) PUNCT iajs-2839 107 17 3.2 3.2 NUM iajs-2839 107 18 𝑒𝑉 𝑒𝑉 PROPN iajs-2839 107 19 4.05 4.05 NUM iajs-2839 107 20 electron electron NOUN iajs-2839 107 21 concentration concentration NOUN iajs-2839 107 22 ( ( PUNCT iajs-2839 107 23 1 1 NUM iajs-2839 107 24 / / SYM iajs-2839 107 25 cm3 cm3 NOUN iajs-2839 107 26 ) ) PUNCT iajs-2839 107 27 5Γ—1020cm-3 5Γ—1020cm-3 NUM iajs-2839 107 28 2Γ—1020cm-3 2Γ—1020cm-3 NUM iajs-2839 107 29 electron electron NOUN iajs-2839 107 30 affinity affinity NOUN iajs-2839 107 31 ( ( PUNCT iajs-2839 107 32 ev ev PROPN iajs-2839 107 33 ) ) PUNCT iajs-2839 107 34 4.5 4.5 NUM iajs-2839 107 35 ev ev PROPN iajs-2839 107 36 4.2 4.2 NUM iajs-2839 107 37 solvents solvent NOUN iajs-2839 107 38 chemicals chemical NOUN iajs-2839 107 39 formula formula NOUN iajs-2839 107 40 dielectric dielectric ADJ iajs-2839 107 41 constant constant ADJ iajs-2839 107 42 Ι› Ι› PROPN iajs-2839 107 43 ) ) PUNCT iajs-2839 107 44 refractive refractive ADJ iajs-2839 107 45 index index NOUN iajs-2839 107 46 ( ( PUNCT iajs-2839 107 47 n n CCONJ iajs-2839 107 48 ) ) PUNCT iajs-2839 107 49 orientation orientation NOUN iajs-2839 107 50 energy energy NOUN iajs-2839 107 51 for for ADP iajs-2839 107 52 d35cpdt/ d35cpdt/ PROPN iajs-2839 107 53 𝑆𝑛𝑂2 𝑆𝑛𝑂2 PROPN iajs-2839 107 54 d35cpdt/ d35cpdt/ PROPN iajs-2839 107 55 𝑇𝑖𝑂2 𝑇𝑖𝑂2 PROPN iajs-2839 107 56 pyridine pyridine NOUN iajs-2839 107 57 c5h5n c5h5n NUM iajs-2839 107 58 12.3 12.3 NUM iajs-2839 107 59 1.510 1.510 NUM iajs-2839 107 60 0.35762 0.35762 NUM iajs-2839 107 61 0.27036 0.27036 NUM iajs-2839 107 62 2 2 NUM iajs-2839 107 63 - - PUNCT iajs-2839 107 64 methoxyethanol methoxyethanol NOUN iajs-2839 107 65 c3h8o2 c3h8o2 PROPN iajs-2839 107 66 16.90 16.90 NUM iajs-2839 107 67 1.402 1.402 NUM iajs-2839 107 68 0.43648 0.43648 NOUN iajs-2839 107 69 0.33614 0.33614 NUM iajs-2839 107 70 ethanol ethanol NOUN iajs-2839 107 71 c2h6o c2h6o PRON iajs-2839 107 72 24.5 24.5 NUM iajs-2839 107 73 1.3614 1.3614 NUM iajs-2839 107 74 0.47924 0.47924 NUM iajs-2839 107 75 0.37318 0.37318 NUM iajs-2839 107 76 ihjpas ihjpa NOUN iajs-2839 107 77 . . PUNCT iajs-2839 108 1 53 53 NUM iajs-2839 108 2 ( ( PUNCT iajs-2839 108 3 3)2022 3)2022 NOUN iajs-2839 108 4 10 10 NUM iajs-2839 108 5 we we PRON iajs-2839 108 6 can can AUX iajs-2839 108 7 also also ADV iajs-2839 108 8 calculate calculate VERB iajs-2839 108 9 the the DET iajs-2839 108 10 driving drive VERB iajs-2839 108 11 energy energy NOUN iajs-2839 108 12 for for ADP iajs-2839 108 13 the the DET iajs-2839 108 14 charge charge NOUN iajs-2839 108 15 transfer transfer NOUN iajs-2839 108 16 process process NOUN iajs-2839 108 17 using use VERB iajs-2839 108 18 eq.(8 eq.(8 ADV iajs-2839 108 19 ) ) PUNCT iajs-2839 108 20 as as ADP iajs-2839 108 21 a a DET iajs-2839 108 22 function function NOUN iajs-2839 108 23 of of ADP iajs-2839 108 24 the the DET iajs-2839 108 25 conduction conduction NOUN iajs-2839 108 26 band band NOUN iajs-2839 108 27 of of ADP iajs-2839 108 28 ecb ecb PROPN iajs-2839 108 29 = = PROPN iajs-2839 108 30 3.2 3.2 NUM iajs-2839 108 31 ev ev NOUN iajs-2839 108 32 for for ADP iajs-2839 108 33 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 108 34 , , PUNCT iajs-2839 108 35 ecb ecb PROPN iajs-2839 108 36 = = PROPN iajs-2839 108 37 4.05 4.05 NUM iajs-2839 108 38 ev ev NOUN iajs-2839 108 39 for for ADP iajs-2839 108 40 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 108 41 , , PUNCT iajs-2839 108 42 and and CCONJ iajs-2839 108 43 the the DET iajs-2839 108 44 electrochemical electrochemical ADJ iajs-2839 108 45 potential potential ADJ iajs-2839 108 46 energy energy NOUN iajs-2839 108 47 of of ADP iajs-2839 108 48 d35pcdt d35pcdt PROPN iajs-2839 108 49 are be AUX iajs-2839 108 50 taken take VERB iajs-2839 108 51 in in ADP iajs-2839 108 52 the the DET iajs-2839 108 53 range range NOUN iajs-2839 108 54 Ο•=3.1 Ο•=3.1 ADV iajs-2839 108 55 ev ev INTJ iajs-2839 108 56 to to ADP iajs-2839 108 57 2.5 2.5 NUM iajs-2839 108 58 ev ev NOUN iajs-2839 108 59 ; ; PUNCT iajs-2839 108 60 results result NOUN iajs-2839 108 61 are be AUX iajs-2839 108 62 listed list VERB iajs-2839 108 63 in in ADP iajs-2839 108 64 table table NOUN iajs-2839 108 65 ( ( PUNCT iajs-2839 108 66 4 4 NUM iajs-2839 108 67 ) ) PUNCT iajs-2839 108 68 . . PUNCT iajs-2839 109 1 table table NOUN iajs-2839 109 2 4 4 NUM iajs-2839 109 3 . . PUNCT iajs-2839 110 1 results result NOUN iajs-2839 110 2 of of ADP iajs-2839 110 3 driving drive VERB iajs-2839 110 4 energy energy NOUN iajs-2839 110 5 as as ADP iajs-2839 110 6 a a DET iajs-2839 110 7 function function NOUN iajs-2839 110 8 of of ADP iajs-2839 110 9 conduction conduction NOUN iajs-2839 110 10 ecb ecb PROPN iajs-2839 110 11 = = PROPN iajs-2839 110 12 3.2 3.2 NUM iajs-2839 110 13 ev ev ADP iajs-2839 110 14 for𝑆𝑛𝑂2andecb for𝑆𝑛𝑂2andecb PROPN iajs-2839 110 15 = = PROPN iajs-2839 110 16 4.05 4.05 NUM iajs-2839 110 17 ev ev NOUN iajs-2839 110 18 for for ADP iajs-2839 110 19 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 110 20 with with ADP iajs-2839 110 21 electrochemical electrochemical ADJ iajs-2839 110 22 potential potential ADJ iajs-2839 110 23 Ο• Ο• X iajs-2839 110 24 ( ( PUNCT iajs-2839 110 25 𝑒𝑉 𝑒𝑉 NOUN iajs-2839 110 26 ) ) PUNCT iajs-2839 110 27 of of ADP iajs-2839 110 28 dye dye NOUN iajs-2839 110 29 . . PUNCT iajs-2839 111 1 here here ADV iajs-2839 111 2 , , PUNCT iajs-2839 111 3 we we PRON iajs-2839 111 4 can can AUX iajs-2839 111 5 use use VERB iajs-2839 111 6 values value NOUN iajs-2839 111 7 of of ADP iajs-2839 111 8 the the DET iajs-2839 111 9 transition transition NOUN iajs-2839 111 10 energy energy NOUN iajs-2839 111 11 in in ADP iajs-2839 111 12 the the DET iajs-2839 111 13 table table NOUN iajs-2839 111 14 ( ( PUNCT iajs-2839 111 15 3 3 NUM iajs-2839 111 16 ) ) PUNCT iajs-2839 111 17 and and CCONJ iajs-2839 111 18 the the DET iajs-2839 111 19 driving drive VERB iajs-2839 111 20 energy energy NOUN iajs-2839 111 21 in in ADP iajs-2839 111 22 the the DET iajs-2839 111 23 table table NOUN iajs-2839 111 24 ( ( PUNCT iajs-2839 111 25 4 4 NUM iajs-2839 111 26 ) ) PUNCT iajs-2839 111 27 to to PART iajs-2839 111 28 calculate calculate VERB iajs-2839 111 29 the the DET iajs-2839 111 30 potential potential ADJ iajs-2839 111 31 energy energy NOUN iajs-2839 111 32 using use VERB iajs-2839 111 33 eq.(11 eq.(11 PROPN iajs-2839 111 34 ) ) PUNCT iajs-2839 111 35 . . PUNCT iajs-2839 112 1 results result NOUN iajs-2839 112 2 are be AUX iajs-2839 112 3 listed list VERB iajs-2839 112 4 in in ADP iajs-2839 112 5 the the DET iajs-2839 112 6 table table NOUN iajs-2839 112 7 ( ( PUNCT iajs-2839 112 8 5 5 NUM iajs-2839 112 9 ) ) PUNCT iajs-2839 112 10 for for ADP iajs-2839 112 11 d35cpdt d35cpdt PROPN iajs-2839 112 12 / / SYM iajs-2839 112 13 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 112 14 the the DET iajs-2839 112 15 system system NOUN iajs-2839 112 16 with with ADP iajs-2839 112 17 the the DET iajs-2839 112 18 driving drive VERB iajs-2839 112 19 energy energy NOUN iajs-2839 112 20 βˆ†πΉ0(𝑒𝑉 βˆ†πΉ0(𝑒𝑉 NOUN iajs-2839 112 21 ) ) PUNCT iajs-2839 112 22 = = SYM iajs-2839 112 23 0.6 0.6 NUM iajs-2839 112 24 ev ev NOUN iajs-2839 112 25 and and CCONJ iajs-2839 112 26 d35cpdt d35cpdt PROPN iajs-2839 112 27 / / SYM iajs-2839 112 28 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 112 29 system system NOUN iajs-2839 112 30 with with ADP iajs-2839 112 31 the the DET iajs-2839 112 32 driving drive VERB iajs-2839 112 33 energyβˆ†πΉ0(𝑒𝑉 energyβˆ†πΉ0(𝑒𝑉 NOUN iajs-2839 112 34 ) ) PUNCT iajs-2839 112 35 = = NUM iajs-2839 112 36 1.25 1.25 NUM iajs-2839 112 37 𝑒𝑉 𝑒𝑉 NOUN iajs-2839 112 38 , , PUNCT iajs-2839 112 39 respectively respectively ADV iajs-2839 112 40 . . PUNCT iajs-2839 113 1 table table NOUN iajs-2839 113 2 5 5 NUM iajs-2839 113 3 . . PUNCT iajs-2839 114 1 data datum NOUN iajs-2839 114 2 of of ADP iajs-2839 114 3 potential potential ADJ iajs-2839 114 4 energy energy NOUN iajs-2839 114 5 π‘ˆ(Ξ» π‘ˆ(Ξ» PROPN iajs-2839 114 6 , , PUNCT iajs-2839 114 7 Ο•)for Ο•)for PROPN iajs-2839 114 8 d35cpdt/ d35cpdt/ PROPN iajs-2839 114 9 𝑆𝑛𝑂2 𝑆𝑛𝑂2 PROPN iajs-2839 114 10 and and CCONJ iajs-2839 114 11 d35cpdt/ d35cpdt/ PROPN iajs-2839 114 12 𝑇𝑖𝑂2system 𝑇𝑖𝑂2system PROPN iajs-2839 114 13 . . PUNCT iajs-2839 115 1 solvent solvent ADJ iajs-2839 115 2 type type NOUN iajs-2839 115 3 potential potential ADJ iajs-2839 115 4 barrier barrier NOUN iajs-2839 115 5 𝑼(𝚲 𝑼(𝚲 NOUN iajs-2839 115 6 , , PUNCT iajs-2839 115 7 π›Ÿ π›Ÿ ADP iajs-2839 115 8 ) ) PUNCT iajs-2839 115 9 ( ( PUNCT iajs-2839 115 10 ev ev INTJ iajs-2839 115 11 ) ) PUNCT iajs-2839 115 12 d35cpdt/ d35cpdt/ PROPN iajs-2839 115 13 π‘Ίπ’π‘ΆπŸ π‘Ίπ’π‘ΆπŸ PROPN iajs-2839 115 14 d35cpdt/ d35cpdt/ PROPN iajs-2839 115 15 π‘»π’Šπ‘ΆπŸ π‘»π’Šπ‘ΆπŸ ADJ iajs-2839 115 16 𝚲(πžπ• 𝚲(πžπ• NOUN iajs-2839 115 17 ) ) PUNCT iajs-2839 115 18 βˆ†πΉ0 βˆ†πΉ0 NOUN iajs-2839 116 1 = = SYM iajs-2839 116 2 0.6 0.6 NUM iajs-2839 116 3 𝑒𝑉.6ev 𝑒𝑉.6ev ADV iajs-2839 116 4 𝚲(πžπ• 𝚲(πžπ• ADJ iajs-2839 116 5 ) ) PUNCT iajs-2839 116 6 βˆ†πΉ0 βˆ†πΉ0 NOUN iajs-2839 117 1 = = SYM iajs-2839 117 2 1.25 1.25 NUM iajs-2839 117 3 𝑒𝑉 𝑒𝑉 PROPN iajs-2839 117 4 pyridine pyridine VERB iajs-2839 117 5 0.35762 0.35762 NUM iajs-2839 117 6 0.6411 0.6411 NUM iajs-2839 117 7 0.27036 0.27036 NUM iajs-2839 117 8 2.1374 2.1374 NUM iajs-2839 117 9 2 2 NUM iajs-2839 117 10 - - PUNCT iajs-2839 117 11 methoxyethanol methoxyethanol NOUN iajs-2839 117 12 0.43648 0.43648 NOUN iajs-2839 117 13 0.6153 0.6153 NUM iajs-2839 117 14 0.33614 0.33614 NUM iajs-2839 117 15 1.8711 1.8711 NUM iajs-2839 117 16 ethanol ethanol NOUN iajs-2839 117 17 0.47924 0.47924 NUM iajs-2839 117 18 0.6076 0.6076 NUM iajs-2839 117 19 0.37318 0.37318 NUM iajs-2839 117 20 1.7650 1.7650 NUM iajs-2839 117 21 acetonitrile acetonitrile NOUN iajs-2839 117 22 0.50434 0.50434 NUM iajs-2839 117 23 0.6045 0.6045 NUM iajs-2839 117 24 0.39569 0.39569 NUM iajs-2839 117 25 1.7111 1.7111 NUM iajs-2839 117 26 methanol methanol NOUN iajs-2839 117 27 0.51046 0.51046 NUM iajs-2839 117 28 0.6039 0.6039 NUM iajs-2839 117 29 0.40022 0.40022 NUM iajs-2839 117 30 1.7011 1.7011 NUM iajs-2839 117 31 to to PART iajs-2839 117 32 understand understand VERB iajs-2839 117 33 the the DET iajs-2839 117 34 charge charge NOUN iajs-2839 117 35 transfer transfer NOUN iajs-2839 117 36 properties property NOUN iajs-2839 117 37 , , PUNCT iajs-2839 117 38 it it PRON iajs-2839 117 39 has have AUX iajs-2839 117 40 been be AUX iajs-2839 117 41 pointed point VERB iajs-2839 117 42 to to PART iajs-2839 117 43 calculate calculate VERB iajs-2839 117 44 the the DET iajs-2839 117 45 charge charge NOUN iajs-2839 117 46 transfer transfer NOUN iajs-2839 117 47 rate rate NOUN iajs-2839 117 48 ( ( PUNCT iajs-2839 117 49 κ𝐢𝑇𝑅 κ𝐢𝑇𝑅 NOUN iajs-2839 117 50 ) ) PUNCT iajs-2839 117 51 associated associate VERB iajs-2839 117 52 with with ADP iajs-2839 117 53 the the DET iajs-2839 117 54 transition transition NOUN iajs-2839 117 55 energy energy NOUN iajs-2839 117 56 Ξ»(ev)of Ξ»(ev)of PROPN iajs-2839 117 57 d35cpdt/ d35cpdt/ PROPN iajs-2839 117 58 𝑆𝑛𝑂2 𝑆𝑛𝑂2 PROPN iajs-2839 117 59 and and CCONJ iajs-2839 117 60 d35cpdt/ d35cpdt/ PROPN iajs-2839 117 61 𝑇𝑖𝑂2 𝑇𝑖𝑂2 PROPN iajs-2839 117 62 . . PUNCT iajs-2839 118 1 we we PRON iajs-2839 118 2 calculate calculate VERB iajs-2839 118 3 the the DET iajs-2839 118 4 charge charge NOUN iajs-2839 118 5 transfer transfer NOUN iajs-2839 118 6 rate rate NOUN iajs-2839 118 7 using use VERB iajs-2839 118 8 eq.(12 eq.(12 NOUN iajs-2839 118 9 ) ) PUNCT iajs-2839 118 10 associated associate VERB iajs-2839 118 11 to to ADP iajs-2839 118 12 the the DET iajs-2839 118 13 transition transition NOUN iajs-2839 118 14 energy energy NOUN iajs-2839 118 15 in in ADP iajs-2839 118 16 table table NOUN iajs-2839 118 17 ( ( PUNCT iajs-2839 118 18 3 3 NUM iajs-2839 118 19 ) ) PUNCT iajs-2839 118 20 for for ADP iajs-2839 118 21 d35cpdt/ d35cpdt/ PROPN iajs-2839 118 22 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 118 23 using use VERB iajs-2839 118 24 the the DET iajs-2839 118 25 driving drive VERB iajs-2839 118 26 energy energy NOUN iajs-2839 118 27 βˆ†πΉ0=0.6 βˆ†πΉ0=0.6 NOUN iajs-2839 118 28 ev ev X iajs-2839 118 29 and and CCONJ iajs-2839 118 30 d35cpdt/ d35cpdt/ PROPN iajs-2839 118 31 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 118 32 using use VERB iajs-2839 118 33 the the DET iajs-2839 118 34 driving drive VERB iajs-2839 118 35 energy energy NOUN iajs-2839 118 36 βˆ†πΉ0=1.25ev βˆ†πΉ0=1.25ev PROPN iajs-2839 118 37 and and CCONJ iajs-2839 118 38 take take VERB iajs-2839 118 39 the the DET iajs-2839 118 40 strong strong ADJ iajs-2839 118 41 coupling coupling NOUN iajs-2839 118 42 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2 AUX iajs-2839 118 43 = = SYM iajs-2839 118 44 1.25 1.25 NUM iajs-2839 118 45 Γ— Γ— NOUN iajs-2839 118 46 10βˆ’1 10βˆ’1 NUM iajs-2839 118 47 , , PUNCT iajs-2839 118 48 . . PUNCT iajs-2839 119 1 2.25Γ— 2.25Γ— NUM iajs-2839 119 2 10βˆ’2 10βˆ’2 NUM iajs-2839 119 3 , , PUNCT iajs-2839 119 4 3.25Γ— 3.25Γ— NUM iajs-2839 119 5 10βˆ’3 10βˆ’3 NUM iajs-2839 119 6 , , PUNCT iajs-2839 119 7 4.25Γ— 4.25Γ— NUM iajs-2839 119 8 10βˆ’4 10βˆ’4 NUM iajs-2839 119 9 and and CCONJ iajs-2839 119 10 5.25Γ— 5.25Γ— NUM iajs-2839 119 11 10βˆ’5(ev/ 10βˆ’5(ev/ NUM iajs-2839 119 12 state)2 state)2 NOUN iajs-2839 119 13 and and CCONJ iajs-2839 119 14 take take VERB iajs-2839 119 15 the the DET iajs-2839 119 16 atomic atomic ADJ iajs-2839 119 17 density density NOUN iajs-2839 119 18 𝑑𝐴=6.95 𝑑𝐴=6.95 NOUN iajs-2839 119 19 ( ( PUNCT iajs-2839 119 20 1)/cm3 1)/cm3 NUM iajs-2839 119 21 [ [ NOUN iajs-2839 119 22 29 29 NUM iajs-2839 119 23 ] ] PUNCT iajs-2839 119 24 for for ADP iajs-2839 119 25 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 119 26 and and CCONJ iajs-2839 119 27 𝑑𝐴=4.23 𝑑𝐴=4.23 PROPN iajs-2839 119 28 ( ( PUNCT iajs-2839 119 29 1)/cm3 1)/cm3 NUM iajs-2839 119 30 for for ADP iajs-2839 119 31 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 119 32 [ [ X iajs-2839 119 33 27 27 NUM iajs-2839 119 34 - - SYM iajs-2839 119 35 28 28 NUM iajs-2839 119 36 ] ] PUNCT iajs-2839 119 37 with with ADP iajs-2839 119 38 the the DET iajs-2839 119 39 effective effective ADJ iajs-2839 119 40 length length NOUN iajs-2839 119 41 𝑙𝑒𝑙 𝑙𝑒𝑙 NOUN iajs-2839 119 42 = = SYM iajs-2839 119 43 3 3 NUM iajs-2839 119 44 Γ— Γ— NOUN iajs-2839 119 45 10βˆ’10 10βˆ’10 NUM iajs-2839 119 46 m m NOUN iajs-2839 119 47 [ [ X iajs-2839 119 48 29 29 NUM iajs-2839 119 49 ] ] PUNCT iajs-2839 119 50 . . PUNCT iajs-2839 120 1 results result NOUN iajs-2839 120 2 are be AUX iajs-2839 120 3 shown show VERB iajs-2839 120 4 in in ADP iajs-2839 120 5 tables table NOUN iajs-2839 120 6 ( ( PUNCT iajs-2839 120 7 6 6 NUM iajs-2839 120 8 ) ) PUNCT iajs-2839 120 9 and and CCONJ iajs-2839 120 10 ( ( PUNCT iajs-2839 120 11 7)ford35cpdt/ 7)ford35cpdt/ NUM iajs-2839 120 12 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 120 13 and and CCONJ iajs-2839 120 14 d35cpdt/ d35cpdt/ PROPN iajs-2839 120 15 𝑇𝑖𝑂2 𝑇𝑖𝑂2 PROPN iajs-2839 120 16 , , PUNCT iajs-2839 120 17 respectively respectively ADV iajs-2839 120 18 . . PUNCT iajs-2839 121 1 acetonitrile acetonitrile NOUN iajs-2839 121 2 cβ‚‚h₃n cβ‚‚h₃n PUNCT iajs-2839 121 3 37.5 37.5 NUM iajs-2839 121 4 1.3441 1.3441 NUM iajs-2839 121 5 0.50434 0.50434 NUM iajs-2839 121 6 0.39569 0.39569 NUM iajs-2839 121 7 methanol methanol NOUN iajs-2839 121 8 ch4o ch4o NOUN iajs-2839 121 9 32.7 32.7 NUM iajs-2839 121 10 1.3284 1.3284 NUM iajs-2839 121 11 0.51046 0.51046 NUM iajs-2839 121 12 0.40022 0.40022 NUM iajs-2839 121 13 electrochemical electrochemical ADJ iajs-2839 121 14 potential potential NOUN iajs-2839 121 15 π›Ÿ π›Ÿ ADP iajs-2839 121 16 ( ( PUNCT iajs-2839 121 17 𝒆𝑽 𝒆𝑽 NUM iajs-2839 121 18 ) ) PUNCT iajs-2839 121 19 the the DET iajs-2839 121 20 driving drive VERB iajs-2839 121 21 energyβˆ†π‘­πŸŽ(𝒆𝑽 energyβˆ†π‘­πŸŽ(𝒆𝑽 NOUN iajs-2839 121 22 ) ) PUNCT iajs-2839 121 23 d35cpdt/ d35cpdt/ PROPN iajs-2839 121 24 𝑆𝑛𝑂2 𝑆𝑛𝑂2 PROPN iajs-2839 121 25 d35cpdt/ d35cpdt/ PROPN iajs-2839 121 26 𝑇𝑖𝑂2 𝑇𝑖𝑂2 VERB iajs-2839 121 27 3.1 3.1 NUM iajs-2839 121 28 0.1 0.1 NUM iajs-2839 121 29 0.95 0.95 NUM iajs-2839 121 30 3.0 3.0 NUM iajs-2839 121 31 0.2 0.2 NUM iajs-2839 121 32 1.05 1.05 NUM iajs-2839 121 33 2.9 2.9 NUM iajs-2839 121 34 0.3 0.3 NUM iajs-2839 121 35 1.15 1.15 NUM iajs-2839 121 36 2.8 2.8 NUM iajs-2839 121 37 0.4 0.4 NUM iajs-2839 121 38 1.25 1.25 NUM iajs-2839 121 39 2.7 2.7 NUM iajs-2839 121 40 0.5 0.5 NUM iajs-2839 121 41 1.35 1.35 NUM iajs-2839 121 42 2.6 2.6 NUM iajs-2839 121 43 0.6 0.6 NUM iajs-2839 121 44 1.45 1.45 NUM iajs-2839 121 45 2.5 2.5 NUM iajs-2839 121 46 0.7 0.7 NUM iajs-2839 121 47 1.55 1.55 NUM iajs-2839 121 48 ihjpas ihjpa NOUN iajs-2839 121 49 . . PUNCT iajs-2839 122 1 53 53 NUM iajs-2839 122 2 ( ( PUNCT iajs-2839 122 3 3)2022 3)2022 NOUN iajs-2839 122 4 11 11 NUM iajs-2839 122 5 table table NOUN iajs-2839 122 6 6 6 NUM iajs-2839 122 7 . . PUNCT iajs-2839 122 8 results result NOUN iajs-2839 122 9 of of ADP iajs-2839 122 10 electrons electron NOUN iajs-2839 122 11 transfer transfer NOUN iajs-2839 122 12 rate rate NOUN iajs-2839 122 13 for for ADP iajs-2839 122 14 d35cpdt/ d35cpdt/ PROPN iajs-2839 122 15 𝑆𝑛𝑂2at 𝑆𝑛𝑂2at NOUN iajs-2839 122 16 βˆ†πΉ0 βˆ†πΉ0 PROPN iajs-2839 122 17 = = SYM iajs-2839 122 18 0.6𝑒𝑉. 0.6𝑒𝑉. NUM iajs-2839 123 1 solvent solvent ADJ iajs-2839 123 2 𝚲(πžπ• 𝚲(πžπ• NOUN iajs-2839 123 3 ) ) PUNCT iajs-2839 123 4 the the DET iajs-2839 123 5 charge charge NOUN iajs-2839 123 6 transfer transfer NOUN iajs-2839 123 7 rate rate NOUN iajs-2839 123 8 κ𝐢𝑇𝑅 κ𝐢𝑇𝑅 ADJ iajs-2839 123 9 𝟏/ 𝟏/ PROPN iajs-2839 123 10 π’πžπœ π’πžπœ PROPN iajs-2839 123 11 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2(πžπ•/ |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2(πžπ•/ PROPN iajs-2839 123 12 𝐬𝐭𝐚𝐭𝐞)𝟐 𝐬𝐭𝐚𝐭𝐞)𝟐 NOUN iajs-2839 123 13 1.25Γ— 1.25Γ— NUM iajs-2839 123 14 πŸπŸŽβˆ’πŸ πŸπŸŽβˆ’πŸ NUM iajs-2839 123 15 2.25Γ— 2.25Γ— NUM iajs-2839 123 16 πŸπŸŽβˆ’πŸ πŸπŸŽβˆ’πŸ NOUN iajs-2839 124 1 3.25Γ— 3.25Γ— NUM iajs-2839 124 2 πŸπŸŽβˆ’πŸ‘ πŸπŸŽβˆ’πŸ‘ NOUN iajs-2839 125 1 4.25Γ— 4.25Γ— NUM iajs-2839 125 2 πŸπŸŽβˆ’πŸ’ πŸπŸŽβˆ’πŸ’ NUM iajs-2839 126 1 5.25Γ— 5.25Γ— NUM iajs-2839 126 2 πŸπŸŽβˆ’πŸ“ πŸπŸŽβˆ’πŸ“ NUM iajs-2839 126 3 pyridine pyridine NOUN iajs-2839 126 4 0.35762 0.35762 NUM iajs-2839 126 5 1.1877e26 1.1877e26 NUM iajs-2839 127 1 2.1378e27 2.1378e27 NOUN iajs-2839 127 2 3.0880e28 3.0880e28 NUM iajs-2839 127 3 4.0381e29 4.0381e29 NOUN iajs-2839 127 4 4.9883e-30 4.9883e-30 NUM iajs-2839 127 5 2methoxyethanol 2methoxyethanol NOUN iajs-2839 127 6 0.43648 0.43648 NUM iajs-2839 127 7 3.0119e26 3.0119e26 NUM iajs-2839 127 8 5.4214e27 5.4214e27 NOUN iajs-2839 128 1 7.8310e28 7.8310e28 NUM iajs-2839 128 2 1.0240e28 1.0240e28 NUM iajs-2839 128 3 1.2650e-29 1.2650e-29 NUM iajs-2839 128 4 ethanol ethanol NOUN iajs-2839 128 5 0.47924 0.47924 NUM iajs-2839 128 6 3.9123e26 3.9123e26 NUM iajs-2839 128 7 7.0422e27 7.0422e27 NOUN iajs-2839 128 8 1.0172e27 1.0172e27 NOUN iajs-2839 128 9 1.3302e28 1.3302e28 NUM iajs-2839 128 10 1.6432e-29 1.6432e-29 NUM iajs-2839 128 11 acetonitrile acetonitrile NOUN iajs-2839 128 12 0.50434 0.50434 NUM iajs-2839 128 13 4.3124e26 4.3124e26 NOUN iajs-2839 129 1 7.7623e27 7.7623e27 NOUN iajs-2839 129 2 1.1212e27 1.1212e27 NUM iajs-2839 129 3 1.4662e28 1.4662e28 NUM iajs-2839 129 4 1.8112e-29 1.8112e-29 NUM iajs-2839 129 5 methanol methanol NOUN iajs-2839 129 6 0.51046 0.51046 NUM iajs-2839 129 7 4.3922e26 4.3922e26 NOUN iajs-2839 130 1 7.9060e27 7.9060e27 NOUN iajs-2839 130 2 1.1420e27 1.1420e27 NUM iajs-2839 130 3 1.4934e28 1.4934e28 NUM iajs-2839 130 4 1.8447e-29 1.8447e-29 NUM iajs-2839 130 5 1.1877e-26 1.1877e-26 NUM iajs-2839 130 6 to to ADP iajs-2839 130 7 1.8447e-29 1.8447e-29 NUM iajs-2839 130 8 table table NOUN iajs-2839 130 9 7 7 NUM iajs-2839 130 10 . . PUNCT iajs-2839 130 11 results result NOUN iajs-2839 130 12 of of ADP iajs-2839 130 13 electrons electron NOUN iajs-2839 130 14 transfer transfer NOUN iajs-2839 130 15 rate rate NOUN iajs-2839 130 16 for for ADP iajs-2839 130 17 d35cpdt/ d35cpdt/ PROPN iajs-2839 130 18 𝑇𝑖𝑂2at 𝑇𝑖𝑂2at NOUN iajs-2839 130 19 βˆ†πΉ0 βˆ†πΉ0 PROPN iajs-2839 130 20 = = SYM iajs-2839 130 21 1.25𝑒𝑉. 1.25𝑒𝑉. NUM iajs-2839 130 22 solvent solvent NOUN iajs-2839 130 23 𝚲(πžπ• 𝚲(πžπ• NOUN iajs-2839 130 24 ) ) PUNCT iajs-2839 130 25 the the DET iajs-2839 130 26 charge charge NOUN iajs-2839 130 27 transfer transfer NOUN iajs-2839 130 28 rate rate NOUN iajs-2839 130 29 κ𝐢𝑇𝑅 κ𝐢𝑇𝑅 ADJ iajs-2839 130 30 𝟏/ 𝟏/ PROPN iajs-2839 130 31 π’πžπœ π’πžπœ PROPN iajs-2839 130 32 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2(πžπ•/ |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2(πžπ•/ PROPN iajs-2839 130 33 𝐬𝐭𝐚𝐭𝐞)𝟐 𝐬𝐭𝐚𝐭𝐞)𝟐 NOUN iajs-2839 130 34 1.25Γ— 1.25Γ— NUM iajs-2839 130 35 πŸπŸŽβˆ’πŸ πŸπŸŽβˆ’πŸ NUM iajs-2839 130 36 2.25Γ— 2.25Γ— NUM iajs-2839 130 37 πŸπŸŽβˆ’πŸ πŸπŸŽβˆ’πŸ NOUN iajs-2839 131 1 3.25Γ— 3.25Γ— NUM iajs-2839 131 2 πŸπŸŽβˆ’πŸ‘ πŸπŸŽβˆ’πŸ‘ NOUN iajs-2839 132 1 4.25Γ— 4.25Γ— NUM iajs-2839 132 2 πŸπŸŽβˆ’πŸ’ πŸπŸŽβˆ’πŸ’ NUM iajs-2839 133 1 5.25Γ— 5.25Γ— NUM iajs-2839 133 2 πŸπŸŽβˆ’πŸ“ πŸπŸŽβˆ’πŸ“ NUM iajs-2839 133 3 pyridine pyridine NOUN iajs-2839 133 4 0.27036 0.27036 NUM iajs-2839 133 5 1.2631e52 1.2631e52 NUM iajs-2839 133 6 2.2735e53 2.2735e53 NUM iajs-2839 133 7 3.2840e54 3.2840e54 NUM iajs-2839 133 8 4.2945e55 4.2945e55 NOUN iajs-2839 133 9 5.3049e-56 5.3049e-56 NUM iajs-2839 133 10 2methoxyethanol 2methoxyethanol NUM iajs-2839 133 11 0.33614 0.33614 NUM iajs-2839 133 12 4.7813e48 4.7813e48 NUM iajs-2839 133 13 8.6064e49 8.6064e49 NUM iajs-2839 133 14 1.2431e49 1.2431e49 NUM iajs-2839 133 15 1.6256e50 1.6256e50 NUM iajs-2839 133 16 2.0081e-51 2.0081e-51 NUM iajs-2839 133 17 ethanol ethanol NOUN iajs-2839 133 18 0.37318 0.37318 NUM iajs-2839 133 19 3.1614e46 3.1614e46 NUM iajs-2839 133 20 5.6904e47 5.6904e47 NUM iajs-2839 133 21 8.2195e48 8.2195e48 NUM iajs-2839 133 22 1.0749e48 1.0749e48 NUM iajs-2839 133 23 1.3278e-49 1.3278e-49 NUM iajs-2839 133 24 acetonitrile acetonitrile NOUN iajs-2839 133 25 0.39569 0.39569 NUM iajs-2839 134 1 2.6545e45 2.6545e45 NUM iajs-2839 134 2 4.7782e46 4.7782e46 NUM iajs-2839 134 3 6.9018e47 6.9018e47 NUM iajs-2839 134 4 9.0255e48 9.0255e48 NUM iajs-2839 134 5 1.1149e-48 1.1149e-48 NUM iajs-2839 134 6 methanol methanol NOUN iajs-2839 134 7 0.40022 0.40022 NUM iajs-2839 135 1 3.9436e45 3.9436e45 NUM iajs-2839 135 2 7.0984e46 7.0984e46 NUM iajs-2839 135 3 1.0253e46 1.0253e46 NUM iajs-2839 135 4 1.3408e47 1.3408e47 NUM iajs-2839 135 5 1.6563e-48 1.6563e-48 NUM iajs-2839 135 6 4 4 NUM iajs-2839 135 7 . . PUNCT iajs-2839 135 8 discussion discussion VERB iajs-2839 135 9 the the DET iajs-2839 135 10 transition transition NOUN iajs-2839 135 11 energy energy NOUN iajs-2839 135 12 in in ADP iajs-2839 135 13 table table NOUN iajs-2839 135 14 ( ( PUNCT iajs-2839 135 15 3 3 NUM iajs-2839 135 16 ) ) PUNCT iajs-2839 135 17 for for ADP iajs-2839 135 18 both both DET iajs-2839 135 19 systems system NOUN iajs-2839 135 20 have have AUX iajs-2839 135 21 been be AUX iajs-2839 135 22 calculated calculate VERB iajs-2839 135 23 in in ADP iajs-2839 135 24 room room NOUN iajs-2839 135 25 temperature temperature NOUN iajs-2839 135 26 . . PUNCT iajs-2839 136 1 it it PRON iajs-2839 136 2 increases increase VERB iajs-2839 136 3 upon upon SCONJ iajs-2839 136 4 decreasing decrease VERB iajs-2839 136 5 the the DET iajs-2839 136 6 refractive refractive ADJ iajs-2839 136 7 index index NOUN iajs-2839 136 8 and and CCONJ iajs-2839 136 9 increases increase VERB iajs-2839 136 10 the the DET iajs-2839 136 11 dielectric dielectric ADJ iajs-2839 136 12 constant constant ADJ iajs-2839 136 13 ( ( PUNCT iajs-2839 136 14 Ι› Ι› NOUN iajs-2839 136 15 ) ) PUNCT iajs-2839 136 16 of of ADP iajs-2839 136 17 solvents solvent NOUN iajs-2839 136 18 . . PUNCT iajs-2839 137 1 also also ADV iajs-2839 137 2 , , PUNCT iajs-2839 137 3 the the DET iajs-2839 137 4 transition transition NOUN iajs-2839 137 5 energy energy NOUN iajs-2839 137 6 increases increase VERB iajs-2839 137 7 with with ADP iajs-2839 137 8 the the DET iajs-2839 137 9 decrease decrease NOUN iajs-2839 137 10 of of ADP iajs-2839 137 11 the the DET iajs-2839 137 12 refractive refractive ADJ iajs-2839 137 13 index index NOUN iajs-2839 137 14 and and CCONJ iajs-2839 137 15 dielectric dielectric ADJ iajs-2839 137 16 constant constant ADJ iajs-2839 137 17 of of ADP iajs-2839 137 18 the the DET iajs-2839 137 19 semiconductor semiconductor NOUN iajs-2839 137 20 which which PRON iajs-2839 137 21 is be AUX iajs-2839 137 22 shown show VERB iajs-2839 137 23 in in ADP iajs-2839 137 24 table table NOUN iajs-2839 137 25 ( ( PUNCT iajs-2839 137 26 3 3 NUM iajs-2839 137 27 ) ) PUNCT iajs-2839 137 28 . . PUNCT iajs-2839 138 1 table table NOUN iajs-2839 138 2 ( ( PUNCT iajs-2839 138 3 3 3 X iajs-2839 138 4 ) ) PUNCT iajs-2839 138 5 shows show VERB iajs-2839 138 6 the the DET iajs-2839 138 7 transition transition NOUN iajs-2839 138 8 energy energy NOUN iajs-2839 138 9 increasing increase VERB iajs-2839 138 10 with with ADP iajs-2839 138 11 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 138 12 which which PRON iajs-2839 138 13 has have VERB iajs-2839 138 14 low low ADJ iajs-2839 138 15 dielectric dielectric ADJ iajs-2839 138 16 constant constant ADJ iajs-2839 138 17 2.19 2.19 NUM iajs-2839 138 18 and and CCONJ iajs-2839 138 19 a a DET iajs-2839 138 20 low low ADJ iajs-2839 138 21 refractive refractive ADJ iajs-2839 138 22 index index NOUN iajs-2839 138 23 1.45 1.45 NUM iajs-2839 138 24 compared compare VERB iajs-2839 138 25 with with ADP iajs-2839 138 26 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 138 27 has have VERB iajs-2839 138 28 a a DET iajs-2839 138 29 large large ADJ iajs-2839 138 30 dielectric dielectric ADJ iajs-2839 138 31 constant constant ADJ iajs-2839 138 32 55 55 NUM iajs-2839 138 33 and and CCONJ iajs-2839 138 34 large large ADJ iajs-2839 138 35 refractive refractive ADJ iajs-2839 138 36 index index NOUN iajs-2839 138 37 2.609 2.609 NUM iajs-2839 138 38 . . PUNCT iajs-2839 139 1 according accord VERB iajs-2839 139 2 the the DET iajs-2839 139 3 results result NOUN iajs-2839 139 4 in in ADP iajs-2839 139 5 table table NOUN iajs-2839 139 6 ( ( PUNCT iajs-2839 139 7 2 2 NUM iajs-2839 139 8 ) ) PUNCT iajs-2839 139 9 , , PUNCT iajs-2839 139 10 we we PRON iajs-2839 139 11 can can AUX iajs-2839 139 12 find find VERB iajs-2839 139 13 the the DET iajs-2839 139 14 transition transition NOUN iajs-2839 139 15 energy energy NOUN iajs-2839 139 16 for for ADP iajs-2839 139 17 both both PRON iajs-2839 139 18 d35cpdt/ d35cpdt/ PROPN iajs-2839 139 19 𝑆𝑛𝑂2 𝑆𝑛𝑂2 PROPN iajs-2839 139 20 and and CCONJ iajs-2839 139 21 d35cpdt/ d35cpdt/ PROPN iajs-2839 139 22 𝑇𝑖𝑂2 𝑇𝑖𝑂2 PROPN iajs-2839 139 23 systems system NOUN iajs-2839 139 24 has have VERB iajs-2839 139 25 large large ADJ iajs-2839 139 26 values value NOUN iajs-2839 139 27 with with ADP iajs-2839 139 28 methanol methanol NOUN iajs-2839 139 29 solvent solvent NOUN iajs-2839 139 30 but but CCONJ iajs-2839 139 31 the the DET iajs-2839 139 32 d35cpdt/ d35cpdt/ PROPN iajs-2839 139 33 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 139 34 system system NOUN iajs-2839 139 35 has have VERB iajs-2839 139 36 smaller small ADJ iajs-2839 139 37 transition transition NOUN iajs-2839 139 38 energy energy NOUN iajs-2839 139 39 than than ADP iajs-2839 139 40 d35cpdt/ d35cpdt/ PROPN iajs-2839 139 41 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 139 42 that that PRON iajs-2839 139 43 has have VERB iajs-2839 139 44 large large ADJ iajs-2839 139 45 transition transition NOUN iajs-2839 139 46 energy energy NOUN iajs-2839 139 47 . . PUNCT iajs-2839 140 1 table table NOUN iajs-2839 140 2 ( ( PUNCT iajs-2839 140 3 3 3 X iajs-2839 140 4 ) ) PUNCT iajs-2839 140 5 shows show VERB iajs-2839 140 6 the the DET iajs-2839 140 7 transition transition NOUN iajs-2839 140 8 energy energy NOUN iajs-2839 140 9 for for ADP iajs-2839 140 10 d35cpdt d35cpdt PROPN iajs-2839 140 11 / / SYM iajs-2839 140 12 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 140 13 system system NOUN iajs-2839 140 14 is be AUX iajs-2839 140 15 larger large ADJ iajs-2839 140 16 than than ADP iajs-2839 140 17 the the DET iajs-2839 140 18 transition transition NOUN iajs-2839 140 19 energy energy NOUN iajs-2839 140 20 for for ADP iajs-2839 140 21 d35cpdt d35cpdt PROPN iajs-2839 140 22 / / SYM iajs-2839 140 23 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 140 24 by by ADP iajs-2839 140 25 0.1 0.1 NUM iajs-2839 140 26 ev ev NOUN iajs-2839 140 27 with with ADP iajs-2839 140 28 the the DET iajs-2839 140 29 same same ADJ iajs-2839 140 30 solvent solvent NOUN iajs-2839 140 31 ; ; PUNCT iajs-2839 140 32 this this PRON iajs-2839 140 33 is be AUX iajs-2839 140 34 because because SCONJ iajs-2839 140 35 of of ADP iajs-2839 140 36 the the DET iajs-2839 140 37 effect effect NOUN iajs-2839 140 38 of of ADP iajs-2839 140 39 dielectric dielectric ADJ iajs-2839 140 40 and and CCONJ iajs-2839 140 41 refrective refrective ADJ iajs-2839 140 42 index index NOUN iajs-2839 140 43 of of ADP iajs-2839 140 44 semiconductor semiconductor NOUN iajs-2839 140 45 . . PUNCT iajs-2839 141 1 however however ADV iajs-2839 141 2 , , PUNCT iajs-2839 141 3 the the DET iajs-2839 141 4 transition transition NOUN iajs-2839 141 5 energy energy NOUN iajs-2839 141 6 can can AUX iajs-2839 141 7 be be AUX iajs-2839 141 8 noted note VERB iajs-2839 141 9 to to PART iajs-2839 141 10 be be AUX iajs-2839 141 11 large large ADJ iajs-2839 141 12 ; ; PUNCT iajs-2839 141 13 it it PRON iajs-2839 141 14 has have VERB iajs-2839 141 15 about about ADV iajs-2839 141 16 0.40022ev 0.40022ev NUM iajs-2839 141 17 for for ADP iajs-2839 141 18 d35cpdt d35cpdt PROPN iajs-2839 141 19 /𝑇𝑖𝑂2 /𝑇𝑖𝑂2 X iajs-2839 141 20 and and CCONJ iajs-2839 141 21 ihjpas ihjpa NOUN iajs-2839 141 22 . . PUNCT iajs-2839 142 1 53 53 NUM iajs-2839 142 2 ( ( PUNCT iajs-2839 142 3 3)2022 3)2022 NOUN iajs-2839 142 4 12 12 NUM iajs-2839 142 5 0.51046ev 0.51046ev NOUN iajs-2839 142 6 for for ADP iajs-2839 142 7 d35cpdt d35cpdt PROPN iajs-2839 142 8 / / SYM iajs-2839 142 9 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 142 10 with with ADP iajs-2839 142 11 methanol methanol NOUN iajs-2839 142 12 and and CCONJ iajs-2839 142 13 about about ADV iajs-2839 142 14 0.39569 0.39569 NUM iajs-2839 142 15 ev ev INTJ iajs-2839 142 16 for for ADP iajs-2839 142 17 d35cpdt d35cpdt PROPN iajs-2839 142 18 / / SYM iajs-2839 142 19 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 142 20 and and CCONJ iajs-2839 142 21 0.50434 0.50434 NUM iajs-2839 142 22 ev ev INTJ iajs-2839 142 23 for for ADP iajs-2839 142 24 d35cpdt d35cpdt PROPN iajs-2839 142 25 / / SYM iajs-2839 142 26 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 142 27 acetonitrile acetonitrile ADJ iajs-2839 142 28 solvents solvent NOUN iajs-2839 142 29 comparing compare VERB iajs-2839 142 30 to to ADP iajs-2839 142 31 the the DET iajs-2839 142 32 low low ADJ iajs-2839 142 33 transition transition NOUN iajs-2839 142 34 energy energy NOUN iajs-2839 142 35 around around ADP iajs-2839 142 36 0.27036 0.27036 NUM iajs-2839 142 37 ev ev INTJ iajs-2839 142 38 for for ADP iajs-2839 142 39 d35cpdt d35cpdt PROPN iajs-2839 142 40 / / PUNCT iajs-2839 142 41 𝑇𝑖𝑂2and 𝑇𝑖𝑂2and PROPN iajs-2839 142 42 0.35762 0.35762 NUM iajs-2839 142 43 ev ev INTJ iajs-2839 142 44 for for ADP iajs-2839 142 45 d35cpdt d35cpdt PROPN iajs-2839 142 46 / / SYM iajs-2839 142 47 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 142 48 with with ADP iajs-2839 142 49 the the DET iajs-2839 142 50 pyridine pyridine ADJ iajs-2839 142 51 solvent.table solvent.table NOUN iajs-2839 142 52 ( ( PUNCT iajs-2839 142 53 6 6 NUM iajs-2839 142 54 ) ) PUNCT iajs-2839 142 55 shows show VERB iajs-2839 142 56 the the DET iajs-2839 142 57 charge charge NOUN iajs-2839 142 58 transfer transfer NOUN iajs-2839 142 59 rate rate NOUN iajs-2839 142 60 in in ADP iajs-2839 142 61 range range NOUN iajs-2839 142 62 1.6692e-47 1.6692e-47 NUM iajs-2839 142 63 to to ADP iajs-2839 142 64 4.3922e26 4.3922e26 NUM iajs-2839 142 65 with with ADP iajs-2839 142 66 the the DET iajs-2839 142 67 strength strength NOUN iajs-2839 142 68 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2 NOUN iajs-2839 142 69 = = SYM iajs-2839 142 70 1.25 1.25 NUM iajs-2839 142 71 Γ— Γ— NOUN iajs-2839 142 72 10βˆ’1(ev/ 10βˆ’1(ev/ NUM iajs-2839 142 73 state)2 state)2 NOUN iajs-2839 142 74 associated associate VERB iajs-2839 142 75 with with ADP iajs-2839 142 76 the the DET iajs-2839 142 77 transition transition NOUN iajs-2839 142 78 energy energy NOUN iajs-2839 142 79 in in ADP iajs-2839 142 80 the the DET iajs-2839 142 81 range range NOUN iajs-2839 142 82 0.35762 0.35762 NUM iajs-2839 142 83 -0.51046ev -0.51046ev NOUN iajs-2839 142 84 for for ADP iajs-2839 142 85 d35cpdt d35cpdt PROPN iajs-2839 142 86 /sno2system /sno2system PROPN iajs-2839 142 87 . . PUNCT iajs-2839 143 1 table table NOUN iajs-2839 143 2 ( ( PUNCT iajs-2839 143 3 7 7 X iajs-2839 143 4 ) ) PUNCT iajs-2839 143 5 shows show VERB iajs-2839 143 6 the the DET iajs-2839 143 7 charge charge NOUN iajs-2839 143 8 transfer transfer NOUN iajs-2839 143 9 rate rate NOUN iajs-2839 143 10 in in ADP iajs-2839 143 11 the the DET iajs-2839 143 12 range range NOUN iajs-2839 143 13 1.2631e-52 1.2631e-52 NUM iajs-2839 143 14 to to ADP iajs-2839 143 15 3.9436e-45with 3.9436e-45with DET iajs-2839 143 16 strength strength NOUN iajs-2839 143 17 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2 |βŒ©πΆπΆπ‘‡π‘…βŒͺ|2 NOUN iajs-2839 143 18 = = SYM iajs-2839 143 19 1.25 1.25 NUM iajs-2839 143 20 Γ— Γ— NOUN iajs-2839 143 21 10βˆ’1(ev/ 10βˆ’1(ev/ NUM iajs-2839 143 22 state)2 state)2 NOUN iajs-2839 143 23 associated associate VERB iajs-2839 143 24 with with ADP iajs-2839 143 25 the the DET iajs-2839 143 26 transition transition NOUN iajs-2839 143 27 energy energy NOUN iajs-2839 143 28 in in ADP iajs-2839 143 29 the the DET iajs-2839 143 30 range range NOUN iajs-2839 143 31 0.27036 0.27036 NUM iajs-2839 143 32 - - PUNCT iajs-2839 143 33 0.40022 0.40022 NUM iajs-2839 143 34 ev ev NOUN iajs-2839 143 35 for for ADP iajs-2839 143 36 d35cpdt d35cpdt PROPN iajs-2839 143 37 /𝑇𝑖𝑂2system /𝑇𝑖𝑂2system NOUN iajs-2839 143 38 . . PUNCT iajs-2839 144 1 a a DET iajs-2839 144 2 large large ADJ iajs-2839 144 3 charge charge NOUN iajs-2839 144 4 transition transition NOUN iajs-2839 144 5 rate rate NOUN iajs-2839 144 6 of of ADP iajs-2839 144 7 the the DET iajs-2839 144 8 d35cpdt/ d35cpdt/ PROPN iajs-2839 144 9 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 144 10 system system NOUN iajs-2839 144 11 is be AUX iajs-2839 144 12 achieved achieve VERB iajs-2839 144 13 4.3922e-26 4.3922e-26 NUM iajs-2839 144 14 with with ADP iajs-2839 144 15 the the DET iajs-2839 144 16 transition transition NOUN iajs-2839 144 17 energy energy NOUN iajs-2839 144 18 0.51046 0.51046 NUM iajs-2839 144 19 ev ev NOUN iajs-2839 144 20 and and CCONJ iajs-2839 144 21 the the DET iajs-2839 144 22 methanol methanol NOUN iajs-2839 144 23 solvent solvent NOUN iajs-2839 144 24 . . PUNCT iajs-2839 145 1 on on ADP iajs-2839 145 2 the the DET iajs-2839 145 3 other other ADJ iajs-2839 145 4 hand hand NOUN iajs-2839 145 5 , , PUNCT iajs-2839 145 6 it it PRON iajs-2839 145 7 can can AUX iajs-2839 145 8 be be AUX iajs-2839 145 9 seen see VERB iajs-2839 145 10 that that SCONJ iajs-2839 145 11 the the DET iajs-2839 145 12 charge charge NOUN iajs-2839 145 13 transfer transfer NOUN iajs-2839 145 14 for for ADP iajs-2839 145 15 d35cpdt/ d35cpdt/ PROPN iajs-2839 145 16 𝑇𝑖𝑂2 𝑇𝑖𝑂2 PROPN iajs-2839 145 17 is be AUX iajs-2839 145 18 to to PART iajs-2839 145 19 be be AUX iajs-2839 145 20 large large ADJ iajs-2839 145 21 3.9436e45 3.9436e45 NUM iajs-2839 145 22 associated associate VERB iajs-2839 145 23 with with ADP iajs-2839 145 24 the the DET iajs-2839 145 25 transition transition NOUN iajs-2839 145 26 energy energy NOUN iajs-2839 145 27 0.40022ev 0.40022ev NOUN iajs-2839 145 28 and and CCONJ iajs-2839 145 29 the the DET iajs-2839 145 30 methanol methanol NOUN iajs-2839 145 31 solvent solvent NOUN iajs-2839 145 32 . . PUNCT iajs-2839 146 1 it it PRON iajs-2839 146 2 is be AUX iajs-2839 146 3 influenced influence VERB iajs-2839 146 4 by by ADP iajs-2839 146 5 the the DET iajs-2839 146 6 transition transition NOUN iajs-2839 146 7 energy energy NOUN iajs-2839 146 8 and and CCONJ iajs-2839 146 9 increased increase VERB iajs-2839 146 10 with with ADP iajs-2839 146 11 the the DET iajs-2839 146 12 increased increase VERB iajs-2839 146 13 transition transition NOUN iajs-2839 146 14 energy energy NOUN iajs-2839 146 15 and and CCONJ iajs-2839 146 16 polarity polarity NOUN iajs-2839 146 17 media medium NOUN iajs-2839 146 18 with with ADP iajs-2839 146 19 the the DET iajs-2839 146 20 increased increase VERB iajs-2839 146 21 dielectric dielectric NOUN iajs-2839 146 22 constant constant ADJ iajs-2839 146 23 . . PUNCT iajs-2839 147 1 it it PRON iajs-2839 147 2 decreases decrease VERB iajs-2839 147 3 the the DET iajs-2839 147 4 refractive refractive ADJ iajs-2839 147 5 index index NOUN iajs-2839 147 6 in in ADP iajs-2839 147 7 both both DET iajs-2839 147 8 systems system NOUN iajs-2839 147 9 . . PUNCT iajs-2839 148 1 the the DET iajs-2839 148 2 results result NOUN iajs-2839 148 3 of of ADP iajs-2839 148 4 the the DET iajs-2839 148 5 charge charge NOUN iajs-2839 148 6 transfer transfer NOUN iajs-2839 148 7 rate rate NOUN iajs-2839 148 8 found find VERB iajs-2839 148 9 that that SCONJ iajs-2839 148 10 the the DET iajs-2839 148 11 charge charge NOUN iajs-2839 148 12 transfer transfer NOUN iajs-2839 148 13 process process NOUN iajs-2839 148 14 depends depend VERB iajs-2839 148 15 on on ADP iajs-2839 148 16 the the DET iajs-2839 148 17 driving drive VERB iajs-2839 148 18 force force NOUN iajs-2839 148 19 . . PUNCT iajs-2839 149 1 hence hence ADV iajs-2839 149 2 , , PUNCT iajs-2839 149 3 in in ADP iajs-2839 149 4 both both DET iajs-2839 149 5 systems system NOUN iajs-2839 149 6 , , PUNCT iajs-2839 149 7 there there PRON iajs-2839 149 8 are be VERB iajs-2839 149 9 the the DET iajs-2839 149 10 same same ADJ iajs-2839 149 11 values value NOUN iajs-2839 149 12 of of ADP iajs-2839 149 13 electrochemical electrochemical ADJ iajs-2839 149 14 potential potential ADJ iajs-2839 149 15 Ο• Ο• X iajs-2839 149 16 ( ( PUNCT iajs-2839 149 17 .12.5ev .12.5ev PROPN iajs-2839 149 18 ) ) PUNCT iajs-2839 149 19 which which PRON iajs-2839 149 20 are be AUX iajs-2839 149 21 taken take VERB iajs-2839 149 22 with with ADP iajs-2839 149 23 different different ADJ iajs-2839 149 24 conduction conduction NOUN iajs-2839 149 25 band band NOUN iajs-2839 149 26 energy energy NOUN iajs-2839 149 27 . . PUNCT iajs-2839 150 1 table table NOUN iajs-2839 150 2 ( ( PUNCT iajs-2839 150 3 4 4 NUM iajs-2839 150 4 ) ) PUNCT iajs-2839 150 5 indicates indicate VERB iajs-2839 150 6 that that SCONJ iajs-2839 150 7 the the DET iajs-2839 150 8 driving drive VERB iajs-2839 150 9 energy energy NOUN iajs-2839 150 10 is be AUX iajs-2839 150 11 a a DET iajs-2839 150 12 function function NOUN iajs-2839 150 13 of of ADP iajs-2839 150 14 the the DET iajs-2839 150 15 electrochemical electrochemical ADJ iajs-2839 150 16 potential potential NOUN iajs-2839 150 17 of of ADP iajs-2839 150 18 d5cpdt d5cpdt ADJ iajs-2839 150 19 dye dye NOUN iajs-2839 150 20 . . PUNCT iajs-2839 151 1 the the DET iajs-2839 151 2 driving drive VERB iajs-2839 151 3 energy energy NOUN iajs-2839 151 4 increases increase NOUN iajs-2839 151 5 with with ADP iajs-2839 151 6 decreases decrease NOUN iajs-2839 151 7 in in ADP iajs-2839 151 8 the the DET iajs-2839 151 9 electrochemical electrochemical ADJ iajs-2839 151 10 potential potential NOUN iajs-2839 151 11 and and CCONJ iajs-2839 151 12 vice vice ADV iajs-2839 151 13 versa versa NOUN iajs-2839 151 14 in in ADP iajs-2839 151 15 both both DET iajs-2839 151 16 systems system NOUN iajs-2839 151 17 . . PUNCT iajs-2839 152 1 however however ADV iajs-2839 152 2 , , PUNCT iajs-2839 152 3 the the DET iajs-2839 152 4 driving drive VERB iajs-2839 152 5 energy energy NOUN iajs-2839 152 6 is be AUX iajs-2839 152 7 large large ADJ iajs-2839 152 8 for for ADP iajs-2839 152 9 d35cpdt d35cpdt PROPN iajs-2839 152 10 / / SYM iajs-2839 152 11 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 152 12 in in ADP iajs-2839 152 13 scale scale NOUN iajs-2839 152 14 ( ( PUNCT iajs-2839 152 15 0.95 0.95 NUM iajs-2839 152 16 to to ADP iajs-2839 152 17 1.55ev 1.55ev NUM iajs-2839 152 18 ) ) PUNCT iajs-2839 152 19 compared compare VERB iajs-2839 152 20 to to ADP iajs-2839 152 21 d35cpdt d35cpdt PROPN iajs-2839 152 22 / / SYM iajs-2839 152 23 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 152 24 in in ADP iajs-2839 152 25 scale scale NOUN iajs-2839 152 26 ( ( PUNCT iajs-2839 152 27 0.1 0.1 NUM iajs-2839 152 28 to to ADP iajs-2839 152 29 0.7 0.7 NUM iajs-2839 152 30 ev).further ev).further NUM iajs-2839 152 31 , , PUNCT iajs-2839 152 32 it it PRON iajs-2839 152 33 is be AUX iajs-2839 152 34 supported support VERB iajs-2839 152 35 by by ADP iajs-2839 152 36 table table NOUN iajs-2839 152 37 ( ( PUNCT iajs-2839 152 38 4)which 4)which PRON iajs-2839 152 39 indicates indicate VERB iajs-2839 152 40 its its PRON iajs-2839 152 41 conduction conduction NOUN iajs-2839 152 42 band band NOUN iajs-2839 152 43 energy energy NOUN iajs-2839 152 44 effect effect NOUN iajs-2839 152 45 . . PUNCT iajs-2839 153 1 from from ADP iajs-2839 153 2 table table NOUN iajs-2839 153 3 ( ( PUNCT iajs-2839 153 4 4 4 NUM iajs-2839 153 5 ) ) PUNCT iajs-2839 153 6 , , PUNCT iajs-2839 153 7 we we PRON iajs-2839 153 8 can can AUX iajs-2839 153 9 see see VERB iajs-2839 153 10 different different ADJ iajs-2839 153 11 driving drive VERB iajs-2839 153 12 energy energy NOUN iajs-2839 153 13 values value NOUN iajs-2839 153 14 in in ADP iajs-2839 153 15 the the DET iajs-2839 153 16 inset inset NOUN iajs-2839 153 17 of of ADP iajs-2839 153 18 tables table NOUN iajs-2839 153 19 ( ( PUNCT iajs-2839 153 20 6 6 NUM iajs-2839 153 21 ) ) PUNCT iajs-2839 153 22 and and CCONJ iajs-2839 153 23 ( ( PUNCT iajs-2839 153 24 7 7 NUM iajs-2839 153 25 ) ) PUNCT iajs-2839 153 26 . . PUNCT iajs-2839 154 1 the the DET iajs-2839 154 2 driving drive VERB iajs-2839 154 3 energy energy NOUN iajs-2839 154 4 is be AUX iajs-2839 154 5 βˆ†πΉ0 βˆ†πΉ0 PROPN iajs-2839 154 6 β‰ˆ β‰ˆ PROPN iajs-2839 154 7 0.6 0.6 NUM iajs-2839 154 8 evfor evfor VERB iajs-2839 154 9 d35cpdt d35cpdt PROPN iajs-2839 154 10 / / SYM iajs-2839 154 11 𝑆𝑛𝑂2compared 𝑆𝑛𝑂2compare VERB iajs-2839 154 12 to to ADP iajs-2839 154 13 βˆ†πΉ0 βˆ†πΉ0 PROPN iajs-2839 154 14 = = SYM iajs-2839 154 15 1.25 1.25 NUM iajs-2839 154 16 ev ev INTJ iajs-2839 154 17 for for ADP iajs-2839 154 18 d35cpdt d35cpdt PROPN iajs-2839 154 19 / / SYM iajs-2839 154 20 𝑇𝑖𝑂2 𝑇𝑖𝑂2 PROPN iajs-2839 154 21 . . PUNCT iajs-2839 155 1 table table NOUN iajs-2839 155 2 ( ( PUNCT iajs-2839 155 3 6 6 NUM iajs-2839 155 4 ) ) PUNCT iajs-2839 155 5 show show VERB iajs-2839 155 6 the the DET iajs-2839 155 7 charge charge NOUN iajs-2839 155 8 transfer transfer NOUN iajs-2839 155 9 rate rate NOUN iajs-2839 155 10 in in ADP iajs-2839 155 11 the the DET iajs-2839 155 12 range range NOUN iajs-2839 155 13 from from ADP iajs-2839 155 14 1.1877e-26 1.1877e-26 NUM iajs-2839 155 15 to to ADP iajs-2839 155 16 1.8447e-29 1.8447e-29 NUM iajs-2839 155 17 for for ADP iajs-2839 155 18 d35cpdt d35cpdt PROPN iajs-2839 155 19 / / SYM iajs-2839 156 1 𝑆𝑛𝑂2while 𝑆𝑛𝑂2while VERB iajs-2839 156 2 the the DET iajs-2839 156 3 charge charge NOUN iajs-2839 156 4 transfer transfer NOUN iajs-2839 156 5 rate rate NOUN iajs-2839 156 6 in in ADP iajs-2839 156 7 the the DET iajs-2839 156 8 table table NOUN iajs-2839 156 9 ( ( PUNCT iajs-2839 156 10 7 7 NUM iajs-2839 156 11 ) ) PUNCT iajs-2839 156 12 for for ADP iajs-2839 156 13 d35cpdt d35cpdt PROPN iajs-2839 156 14 / / SYM iajs-2839 156 15 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 156 16 in in ADP iajs-2839 156 17 the the DET iajs-2839 156 18 range range NOUN iajs-2839 156 19 from from ADP iajs-2839 156 20 1.2631e-52to3.9436e.that 1.2631e-52to3.9436e.that PRON iajs-2839 156 21 means mean VERB iajs-2839 156 22 the the DET iajs-2839 156 23 charge charge NOUN iajs-2839 156 24 transfer transfer NOUN iajs-2839 156 25 rate rate NOUN iajs-2839 156 26 for for ADP iajs-2839 156 27 d35cpdt d35cpdt PROPN iajs-2839 156 28 / / SYM iajs-2839 156 29 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 156 30 is be AUX iajs-2839 156 31 larger large ADJ iajs-2839 156 32 than than ADP iajs-2839 156 33 the the DET iajs-2839 156 34 charge charge NOUN iajs-2839 156 35 transfer transfer NOUN iajs-2839 156 36 rate rate NOUN iajs-2839 156 37 for for ADP iajs-2839 156 38 d35cpdt d35cpdt PROPN iajs-2839 156 39 / / SYM iajs-2839 156 40 𝑇𝑖𝑂2 𝑇𝑖𝑂2 PROPN iajs-2839 156 41 .the .the PRON iajs-2839 156 42 charge charge NOUN iajs-2839 156 43 transfer transfer NOUN iajs-2839 156 44 rate rate NOUN iajs-2839 156 45 was be AUX iajs-2839 156 46 substantially substantially ADV iajs-2839 156 47 less less ADJ iajs-2839 156 48 from from ADP iajs-2839 156 49 1.1877e-26 1.1877e-26 NUM iajs-2839 156 50 at at ADP iajs-2839 156 51 strength strength NOUN iajs-2839 156 52 coupling couple VERB iajs-2839 156 53 1.25Γ— 1.25Γ— NUM iajs-2839 156 54 10βˆ’1(ev/ 10βˆ’1(ev/ NUM iajs-2839 156 55 state)2 state)2 NOUN iajs-2839 156 56 and and CCONJ iajs-2839 156 57 reach reach VERB iajs-2839 156 58 4.9883e-30 4.9883e-30 NUM iajs-2839 156 59 at at ADP iajs-2839 156 60 coupling couple VERB iajs-2839 156 61 1.25Γ— 1.25Γ— NUM iajs-2839 156 62 10βˆ’5(ev/ 10βˆ’5(ev/ NUM iajs-2839 156 63 state)2 state)2 NOUN iajs-2839 156 64 in in ADP iajs-2839 156 65 the the DET iajs-2839 156 66 case case NOUN iajs-2839 156 67 of of ADP iajs-2839 156 68 d35cpdt d35cpdt PROPN iajs-2839 156 69 / / PUNCT iajs-2839 156 70 𝑆𝑛𝑂2at 𝑆𝑛𝑂2at NOUN iajs-2839 156 71 βˆ†πΉ0 βˆ†πΉ0 NOUN iajs-2839 156 72 = = SYM iajs-2839 156 73 0.6 0.6 NUM iajs-2839 156 74 ev ev NOUN iajs-2839 156 75 with with ADP iajs-2839 156 76 pyridine pyridine ADJ iajs-2839 156 77 solvents solvent NOUN iajs-2839 156 78 . . PUNCT iajs-2839 157 1 also also ADV iajs-2839 157 2 , , PUNCT iajs-2839 157 3 we we PRON iajs-2839 157 4 note note VERB iajs-2839 157 5 , , PUNCT iajs-2839 157 6 that that SCONJ iajs-2839 157 7 the the DET iajs-2839 157 8 charge charge NOUN iajs-2839 157 9 transfer transfer NOUN iajs-2839 157 10 rate rate NOUN iajs-2839 157 11 is be AUX iajs-2839 157 12 large large ADJ iajs-2839 157 13 from4.3922e-26 from4.3922e-26 PROPN iajs-2839 157 14 at at ADP iajs-2839 157 15 coupling couple VERB iajs-2839 157 16 1.25Γ— 1.25Γ— NUM iajs-2839 157 17 10βˆ’1(ev/ 10βˆ’1(ev/ NUM iajs-2839 157 18 state)2to state)2to PROPN iajs-2839 157 19 reach reach VERB iajs-2839 157 20 1.8447e-29 1.8447e-29 NUM iajs-2839 157 21 at at ADP iajs-2839 157 22 coupling couple VERB iajs-2839 157 23 1.25Γ— 1.25Γ— NUM iajs-2839 157 24 10βˆ’5(ev/ 10βˆ’5(ev/ NUM iajs-2839 157 25 state)2for state)2for PUNCT iajs-2839 157 26 d35cpdt d35cpdt PROPN iajs-2839 157 27 / / SYM iajs-2839 157 28 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 157 29 with with ADP iajs-2839 157 30 methanol methanol NOUN iajs-2839 157 31 solvents solvent NOUN iajs-2839 157 32 . . PUNCT iajs-2839 158 1 however however ADV iajs-2839 158 2 , , PUNCT iajs-2839 158 3 the the DET iajs-2839 158 4 charge charge NOUN iajs-2839 158 5 transfer transfer NOUN iajs-2839 158 6 rate rate NOUN iajs-2839 158 7 has have AUX iajs-2839 158 8 become become VERB iajs-2839 158 9 minimum minimum ADJ iajs-2839 158 10 at at ADP iajs-2839 158 11 coupling couple VERB iajs-2839 158 12 11.25Γ— 11.25Γ— NUM iajs-2839 158 13 10βˆ’5(ev/ 10βˆ’5(ev/ NUM iajs-2839 158 14 state)2 state)2 NOUN iajs-2839 158 15 with with ADP iajs-2839 158 16 pyridine pyridine ADJ iajs-2839 158 17 solvents solvent NOUN iajs-2839 158 18 at at ADP iajs-2839 158 19 βˆ†πΉ0 βˆ†πΉ0 PROPN iajs-2839 158 20 = = SYM iajs-2839 158 21 1.25ev 1.25ev NUM iajs-2839 158 22 and and CCONJ iajs-2839 158 23 to to PART iajs-2839 158 24 reach reach VERB iajs-2839 158 25 to to ADP iajs-2839 158 26 5.3049e-56 5.3049e-56 NUM iajs-2839 158 27 . . PUNCT iajs-2839 159 1 on on ADP iajs-2839 159 2 the the DET iajs-2839 159 3 other other ADJ iajs-2839 159 4 hand hand NOUN iajs-2839 159 5 , , PUNCT iajs-2839 159 6 charge charge NOUN iajs-2839 159 7 transfer transfer NOUN iajs-2839 159 8 rate rate NOUN iajs-2839 159 9 reach reach NOUN iajs-2839 159 10 to to PART iajs-2839 159 11 maximum maximum VERB iajs-2839 159 12 1.6563e-48 1.6563e-48 NUM iajs-2839 159 13 at at ADP iajs-2839 159 14 strength strength NOUN iajs-2839 159 15 coupling couple VERB iajs-2839 159 16 1.25Γ— 1.25Γ— NUM iajs-2839 159 17 10βˆ’5(ev/ 10βˆ’5(ev/ NUM iajs-2839 159 18 state)2for state)2for PUNCT iajs-2839 159 19 d35cpdt d35cpdt PROPN iajs-2839 159 20 / / SYM iajs-2839 159 21 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 159 22 with with ADP iajs-2839 159 23 methanol methanol NOUN iajs-2839 159 24 solvent solvent NOUN iajs-2839 159 25 . . PUNCT iajs-2839 160 1 the the DET iajs-2839 160 2 other other ADJ iajs-2839 160 3 parameter parameter NOUN iajs-2839 160 4 that that PRON iajs-2839 160 5 is be AUX iajs-2839 160 6 affected affect VERB iajs-2839 160 7 and and CCONJ iajs-2839 160 8 limits limit VERB iajs-2839 160 9 the the DET iajs-2839 160 10 charge charge NOUN iajs-2839 160 11 transfer transfer NOUN iajs-2839 160 12 process process NOUN iajs-2839 160 13 is be AUX iajs-2839 160 14 potential potential ADJ iajs-2839 160 15 energy energy NOUN iajs-2839 160 16 . . PUNCT iajs-2839 161 1 the the DET iajs-2839 161 2 other other ADJ iajs-2839 161 3 parameter parameter NOUN iajs-2839 161 4 that that PRON iajs-2839 161 5 is be AUX iajs-2839 161 6 affected affect VERB iajs-2839 161 7 and and CCONJ iajs-2839 161 8 limits limit VERB iajs-2839 161 9 the the DET iajs-2839 161 10 charge charge NOUN iajs-2839 161 11 transfer transfer NOUN iajs-2839 161 12 process process NOUN iajs-2839 161 13 is be AUX iajs-2839 161 14 the the DET iajs-2839 161 15 potential potential ADJ iajs-2839 161 16 energy energy NOUN iajs-2839 161 17 . . PUNCT iajs-2839 162 1 it it PRON iajs-2839 162 2 further far ADV iajs-2839 162 3 influences influence NOUN iajs-2839 162 4 on on ADP iajs-2839 162 5 charge charge NOUN iajs-2839 162 6 transfer transfer NOUN iajs-2839 162 7 rate rate NOUN iajs-2839 162 8 . . PUNCT iajs-2839 163 1 furthermore furthermore ADV iajs-2839 163 2 , , PUNCT iajs-2839 163 3 we we PRON iajs-2839 163 4 find find VERB iajs-2839 163 5 the the DET iajs-2839 163 6 results result NOUN iajs-2839 163 7 in in ADP iajs-2839 163 8 table table NOUN iajs-2839 163 9 ( ( PUNCT iajs-2839 163 10 5 5 NUM iajs-2839 163 11 ) ) PUNCT iajs-2839 163 12 that that SCONJ iajs-2839 163 13 the the DET iajs-2839 163 14 potential potential ADJ iajs-2839 163 15 energy energy NOUN iajs-2839 163 16 of of ADP iajs-2839 163 17 charge charge NOUN iajs-2839 163 18 transfer transfer NOUN iajs-2839 163 19 is be AUX iajs-2839 163 20 increased increase VERB iajs-2839 163 21 with with ADP iajs-2839 163 22 decreased decrease VERB iajs-2839 163 23 transition transition NOUN iajs-2839 163 24 energy energy NOUN iajs-2839 163 25 . . PUNCT iajs-2839 164 1 potential potential ADJ iajs-2839 164 2 energy energy NOUN iajs-2839 164 3 reaches reach VERB iajs-2839 164 4 to to ADP iajs-2839 164 5 maximum maximum PROPN iajs-2839 164 6 2.1374ev 2.1374ev NUM iajs-2839 164 7 and and CCONJ iajs-2839 164 8 0.6411 0.6411 NUM iajs-2839 164 9 ev ev NOUN iajs-2839 164 10 for for ADP iajs-2839 164 11 d35cpdt d35cpdt PROPN iajs-2839 164 12 / / SYM iajs-2839 164 13 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 164 14 and and CCONJ iajs-2839 164 15 d35cpdt d35cpdt PROPN iajs-2839 164 16 / / SYM iajs-2839 164 17 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 164 18 with with ADP iajs-2839 164 19 pyridine pyridine ADJ iajs-2839 164 20 solvents solvent NOUN iajs-2839 164 21 while while SCONJ iajs-2839 164 22 reaching reach VERB iajs-2839 164 23 to to ADP iajs-2839 164 24 minimum minimum NOUN iajs-2839 164 25 1.7011ev 1.7011ev NUM iajs-2839 164 26 and and CCONJ iajs-2839 164 27 0.6039 0.6039 NUM iajs-2839 164 28 ev ev INTJ iajs-2839 164 29 for for ADP iajs-2839 164 30 d35cpdt d35cpdt PROPN iajs-2839 164 31 / / SYM iajs-2839 164 32 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 164 33 and and CCONJ iajs-2839 164 34 d35cpdt d35cpdt PROPN iajs-2839 164 35 / / SYM iajs-2839 164 36 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 164 37 with with ADP iajs-2839 164 38 methanol methanol NOUN iajs-2839 164 39 solvents solvent NOUN iajs-2839 164 40 , , PUNCT iajs-2839 164 41 respectively respectively ADV iajs-2839 164 42 . . PUNCT iajs-2839 165 1 the the DET iajs-2839 165 2 greater great ADJ iajs-2839 165 3 transfer transfer NOUN iajs-2839 165 4 rate rate NOUN iajs-2839 165 5 increases increase NOUN iajs-2839 165 6 for for ADP iajs-2839 165 7 both both DET iajs-2839 165 8 systems system NOUN iajs-2839 165 9 with with ADP iajs-2839 165 10 the the DET iajs-2839 165 11 coupling couple VERB iajs-2839 165 12 1.25Γ— 1.25Γ— NUM iajs-2839 165 13 10βˆ’1(ev/ 10βˆ’1(ev/ NOUN iajs-2839 165 14 state)2and state)2and PUNCT iajs-2839 165 15 ihjpas ihjpa VERB iajs-2839 165 16 . . PUNCT iajs-2839 166 1 53 53 NUM iajs-2839 166 2 ( ( PUNCT iajs-2839 166 3 3)2022 3)2022 NOUN iajs-2839 166 4 13 13 NUM iajs-2839 166 5 decreases decrease NOUN iajs-2839 166 6 in in ADP iajs-2839 166 7 the the DET iajs-2839 166 8 charge charge NOUN iajs-2839 166 9 transfer transfer NOUN iajs-2839 166 10 rate rate NOUN iajs-2839 166 11 with with ADP iajs-2839 166 12 decreasing decrease VERB iajs-2839 166 13 of of ADP iajs-2839 166 14 the the DET iajs-2839 166 15 coupling coupling NOUN iajs-2839 166 16 . . PUNCT iajs-2839 167 1 it it PRON iajs-2839 167 2 reaches reach VERB iajs-2839 167 3 the the DET iajs-2839 167 4 minimum minimum NOUN iajs-2839 167 5 with with ADP iajs-2839 167 6 the the DET iajs-2839 167 7 strength strength NOUN iajs-2839 167 8 coupling couple VERB iajs-2839 167 9 5.25 5.25 NUM iajs-2839 167 10 Γ— Γ— NOUN iajs-2839 167 11 10βˆ’5(ev/ 10βˆ’5(ev/ NUM iajs-2839 167 12 state)2 state)2 NOUN iajs-2839 167 13 and and CCONJ iajs-2839 167 14 reduces reduce VERB iajs-2839 167 15 to to PART iajs-2839 167 16 decrease decrease VERB iajs-2839 167 17 the the DET iajs-2839 167 18 charge charge NOUN iajs-2839 167 19 transfer transfer NOUN iajs-2839 167 20 process process NOUN iajs-2839 167 21 . . PUNCT iajs-2839 168 1 the the DET iajs-2839 168 2 charge charge NOUN iajs-2839 168 3 transfer transfer NOUN iajs-2839 168 4 rate rate NOUN iajs-2839 168 5 becomes become VERB iajs-2839 168 6 low low ADJ iajs-2839 168 7 with with ADP iajs-2839 168 8 the the DET iajs-2839 168 9 pyridine pyridine ADJ iajs-2839 168 10 solvent solvent NOUN iajs-2839 168 11 in in ADP iajs-2839 168 12 both both DET iajs-2839 168 13 systems system NOUN iajs-2839 168 14 . . PUNCT iajs-2839 169 1 it it PRON iajs-2839 169 2 has have AUX iajs-2839 169 3 in in ADP iajs-2839 169 4 range1.1877 range1.1877 PROPN iajs-2839 169 5 Γ— Γ— PROPN iajs-2839 169 6 10βˆ’26 10βˆ’26 NUM iajs-2839 169 7 - - PUNCT iajs-2839 169 8 4.9883 4.9883 NUM iajs-2839 169 9 Γ— Γ— NOUN iajs-2839 169 10 10βˆ’30 10βˆ’30 NOUN iajs-2839 169 11 for for ADP iajs-2839 169 12 d35cpdt/ d35cpdt/ PROPN iajs-2839 169 13 𝑆𝑛𝑂2and 𝑆𝑛𝑂2and PROPN iajs-2839 169 14 reaches reach VERB iajs-2839 169 15 1.2631 1.2631 NUM iajs-2839 169 16 Γ— Γ— NOUN iajs-2839 169 17 10βˆ’52 10βˆ’52 NUM iajs-2839 169 18 5.3049e 5.3049e ADJ iajs-2839 169 19 Γ— Γ— NOUN iajs-2839 169 20 10βˆ’56 10βˆ’56 NOUN iajs-2839 169 21 for for ADP iajs-2839 169 22 d35cpdt d35cpdt PROPN iajs-2839 169 23 / / SYM iajs-2839 169 24 𝑇𝑖𝑂2.the 𝑇𝑖𝑂2.the DET iajs-2839 169 25 d35cpdt d35cpdt PROPN iajs-2839 169 26 / / SYM iajs-2839 169 27 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 169 28 and and CCONJ iajs-2839 169 29 d35cpdt d35cpdt PROPN iajs-2839 169 30 / / SYM iajs-2839 169 31 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 169 32 systems system NOUN iajs-2839 169 33 with with ADP iajs-2839 169 34 methanol methanol NOUN iajs-2839 169 35 have have VERB iajs-2839 169 36 a a DET iajs-2839 169 37 charge charge NOUN iajs-2839 169 38 transfer transfer NOUN iajs-2839 169 39 rate rate NOUN iajs-2839 169 40 large large ADJ iajs-2839 169 41 in in ADP iajs-2839 169 42 range range NOUN iajs-2839 169 43 4.3922 4.3922 NUM iajs-2839 169 44 Γ— Γ— NOUN iajs-2839 169 45 10βˆ’26 10βˆ’26 NUM iajs-2839 169 46 - - PUNCT iajs-2839 169 47 1.8447 1.8447 NUM iajs-2839 169 48 Γ— Γ— NOUN iajs-2839 169 49 10βˆ’29 10βˆ’29 NOUN iajs-2839 169 50 for for ADP iajs-2839 169 51 d35cpdt d35cpdt PROPN iajs-2839 169 52 / / PUNCT iajs-2839 169 53 𝑆𝑛𝑂2and 𝑆𝑛𝑂2and PROPN iajs-2839 169 54 reaches reach VERB iajs-2839 169 55 3.9436 3.9436 NUM iajs-2839 169 56 Γ— Γ— NOUN iajs-2839 169 57 10βˆ’45 10βˆ’45 NOUN iajs-2839 169 58 . . PUNCT iajs-2839 170 1 6563 6563 NUM iajs-2839 170 2 Γ— Γ— NOUN iajs-2839 170 3 10βˆ’48 10βˆ’48 NOUN iajs-2839 170 4 for for ADP iajs-2839 170 5 d35cpdt d35cpdt PROPN iajs-2839 170 6 / / SYM iajs-2839 170 7 𝑇𝑖𝑂2.table 𝑇𝑖𝑂2.table ADJ iajs-2839 170 8 ( ( PUNCT iajs-2839 170 9 5 5 NUM iajs-2839 170 10 ) ) PUNCT iajs-2839 170 11 shows show VERB iajs-2839 170 12 the the DET iajs-2839 170 13 potential potential NOUN iajs-2839 170 14 in in ADP iajs-2839 170 15 both both DET iajs-2839 170 16 systems system NOUN iajs-2839 170 17 increasing increase VERB iajs-2839 170 18 with with ADP iajs-2839 170 19 the the DET iajs-2839 170 20 decrease decrease NOUN iajs-2839 170 21 of of ADP iajs-2839 170 22 the the DET iajs-2839 170 23 transition transition NOUN iajs-2839 170 24 energy energy NOUN iajs-2839 170 25 and and CCONJ iajs-2839 170 26 the the DET iajs-2839 170 27 charge charge NOUN iajs-2839 170 28 transfer transfer NOUN iajs-2839 170 29 rate rate NOUN iajs-2839 170 30 will will AUX iajs-2839 170 31 be be AUX iajs-2839 170 32 increasing increase VERB iajs-2839 170 33 tremendously tremendously ADV iajs-2839 170 34 with with ADP iajs-2839 170 35 the the DET iajs-2839 170 36 decrease decrease NOUN iajs-2839 170 37 of of ADP iajs-2839 170 38 the the DET iajs-2839 170 39 potential potential ADJ iajs-2839 170 40 energy energy NOUN iajs-2839 170 41 . . PUNCT iajs-2839 171 1 the the DET iajs-2839 171 2 results result NOUN iajs-2839 171 3 in in ADP iajs-2839 171 4 table table NOUN iajs-2839 171 5 ( ( PUNCT iajs-2839 171 6 6 6 NUM iajs-2839 171 7 ) ) PUNCT iajs-2839 171 8 indicate indicate VERB iajs-2839 171 9 that that SCONJ iajs-2839 171 10 d35cpdt d35cpdt PROPN iajs-2839 171 11 contact contact NOUN iajs-2839 171 12 to to ADP iajs-2839 171 13 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 171 14 with with ADP iajs-2839 171 15 methanol methanol NOUN iajs-2839 171 16 solvents solvent NOUN iajs-2839 171 17 at at ADP iajs-2839 171 18 driving drive VERB iajs-2839 171 19 energy energy NOUN iajs-2839 171 20 0.6ev 0.6ev ADP iajs-2839 171 21 giving give VERB iajs-2839 171 22 us we PRON iajs-2839 171 23 a a DET iajs-2839 171 24 large large ADJ iajs-2839 171 25 rate rate NOUN iajs-2839 171 26 compared compare VERB iajs-2839 171 27 to to ADP iajs-2839 171 28 the the DET iajs-2839 171 29 results result NOUN iajs-2839 171 30 in in ADP iajs-2839 171 31 a a DET iajs-2839 171 32 table table NOUN iajs-2839 171 33 ( ( PUNCT iajs-2839 171 34 7 7 NUM iajs-2839 171 35 ) ) PUNCT iajs-2839 171 36 or or CCONJ iajs-2839 171 37 d35cpdt d35cpdt PROPN iajs-2839 171 38 contact contact NOUN iajs-2839 171 39 to to ADP iajs-2839 171 40 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 171 41 with with ADP iajs-2839 171 42 methanol methanol NOUN iajs-2839 171 43 solvent solvent NOUN iajs-2839 171 44 and and CCONJ iajs-2839 171 45 the the DET iajs-2839 171 46 d35cpdt d35cpdt PROPN iajs-2839 171 47 / / SYM iajs-2839 171 48 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 171 49 is be AUX iajs-2839 171 50 a a DET iajs-2839 171 51 good good ADJ iajs-2839 171 52 system system NOUN iajs-2839 171 53 and and CCONJ iajs-2839 171 54 can can AUX iajs-2839 171 55 be be AUX iajs-2839 171 56 used use VERB iajs-2839 171 57 in in ADP iajs-2839 171 58 electronic electronic ADJ iajs-2839 171 59 devices device NOUN iajs-2839 171 60 . . PUNCT iajs-2839 172 1 5 5 X iajs-2839 172 2 . . X iajs-2839 172 3 conclusion conclusion NOUN iajs-2839 172 4 in in ADP iajs-2839 172 5 conclusion conclusion NOUN iajs-2839 172 6 , , PUNCT iajs-2839 172 7 the the DET iajs-2839 172 8 influence influence NOUN iajs-2839 172 9 of of ADP iajs-2839 172 10 transition transition NOUN iajs-2839 172 11 energy energy NOUN iajs-2839 172 12 in in ADP iajs-2839 172 13 both both DET iajs-2839 172 14 systems system NOUN iajs-2839 172 15 can can AUX iajs-2839 172 16 show show VERB iajs-2839 172 17 the the DET iajs-2839 172 18 charge charge NOUN iajs-2839 172 19 transfer transfer NOUN iajs-2839 172 20 rate rate NOUN iajs-2839 172 21 , , PUNCT iajs-2839 172 22 the the DET iajs-2839 172 23 rate rate NOUN iajs-2839 172 24 increases increase VERB iajs-2839 172 25 with with ADP iajs-2839 172 26 the the DET iajs-2839 172 27 transition transition NOUN iajs-2839 172 28 energy energy NOUN iajs-2839 172 29 increase increase NOUN iajs-2839 172 30 . . PUNCT iajs-2839 173 1 in in ADP iajs-2839 173 2 contrast contrast NOUN iajs-2839 173 3 , , PUNCT iajs-2839 173 4 the the DET iajs-2839 173 5 driving drive VERB iajs-2839 173 6 energy energy NOUN iajs-2839 173 7 in in ADP iajs-2839 173 8 both both DET iajs-2839 173 9 systems system NOUN iajs-2839 173 10 increases increase NOUN iajs-2839 173 11 with with ADP iajs-2839 173 12 the the DET iajs-2839 173 13 decreased decrease VERB iajs-2839 173 14 electrochemical electrochemical ADJ iajs-2839 173 15 potential potential NOUN iajs-2839 173 16 and and CCONJ iajs-2839 173 17 substantially substantially ADV iajs-2839 173 18 reduces reduce VERB iajs-2839 173 19 the the DET iajs-2839 173 20 charge charge NOUN iajs-2839 173 21 transfer transfer NOUN iajs-2839 173 22 rate rate NOUN iajs-2839 173 23 . . PUNCT iajs-2839 174 1 it it PRON iajs-2839 174 2 can can AUX iajs-2839 174 3 be be AUX iajs-2839 174 4 concluded conclude VERB iajs-2839 174 5 that that SCONJ iajs-2839 174 6 the the DET iajs-2839 174 7 charge charge NOUN iajs-2839 174 8 transfer transfer NOUN iajs-2839 174 9 for for ADP iajs-2839 174 10 both both DET iajs-2839 174 11 systems system NOUN iajs-2839 174 12 increases increase NOUN iajs-2839 174 13 with with ADP iajs-2839 174 14 decreases decrease NOUN iajs-2839 174 15 in in ADP iajs-2839 174 16 the the DET iajs-2839 174 17 potential potential NOUN iajs-2839 174 18 , , PUNCT iajs-2839 174 19 and and CCONJ iajs-2839 174 20 the the DET iajs-2839 174 21 rate rate NOUN iajs-2839 174 22 is be AUX iajs-2839 174 23 large large ADJ iajs-2839 174 24 for for ADP iajs-2839 174 25 d35cpdt d35cpdt PROPN iajs-2839 174 26 / / SYM iajs-2839 174 27 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 174 28 compared compare VERB iajs-2839 174 29 to to ADP iajs-2839 174 30 d35cpdt d35cpdt PROPN iajs-2839 174 31 / / SYM iajs-2839 174 32 𝑇𝑖𝑂2 𝑇𝑖𝑂2 NOUN iajs-2839 174 33 . . PUNCT iajs-2839 175 1 a a DET iajs-2839 175 2 large large ADJ iajs-2839 175 3 charge charge NOUN iajs-2839 175 4 transfer transfer NOUN iajs-2839 175 5 rate rate NOUN iajs-2839 175 6 is be AUX iajs-2839 175 7 observed observe VERB iajs-2839 175 8 from from ADP iajs-2839 175 9 a a DET iajs-2839 175 10 charge charge NOUN iajs-2839 175 11 donating donate VERB iajs-2839 175 12 d35cpdt d35cpdt NOUN iajs-2839 175 13 dye dye NOUN iajs-2839 175 14 attached attach VERB iajs-2839 175 15 to to ADP iajs-2839 175 16 the the DET iajs-2839 175 17 𝑆𝑛𝑂2 𝑆𝑛𝑂2 NOUN iajs-2839 175 18 surface surface NOUN iajs-2839 175 19 compared compare VERB iajs-2839 175 20 to to ADP iajs-2839 175 21 the the DET iajs-2839 175 22 small small ADJ iajs-2839 175 23 rate rate NOUN iajs-2839 175 24 of of ADP iajs-2839 175 25 charge charge NOUN iajs-2839 175 26 transfer transfer NOUN iajs-2839 175 27 from from ADP iajs-2839 175 28 d35cpdt d35cpdt NOUN iajs-2839 175 29 dye dye NOUN iajs-2839 175 30 attached attach VERB iajs-2839 175 31 to to ADP iajs-2839 175 32 the the DET iajs-2839 175 33 𝑇𝑖𝑂2 𝑇𝑖𝑂2 PROPN iajs-2839 175 34 surface surface NOUN iajs-2839 175 35 with with ADP iajs-2839 175 36 the the DET iajs-2839 175 37 same same ADJ iajs-2839 175 38 solvents solvent NOUN iajs-2839 175 39 . . PUNCT iajs-2839 176 1 the the DET iajs-2839 176 2 results result NOUN iajs-2839 176 3 of of ADP iajs-2839 176 4 the the DET iajs-2839 176 5 charge charge NOUN iajs-2839 176 6 transfer transfer NOUN iajs-2839 176 7 rate rate NOUN iajs-2839 176 8 allow allow VERB iajs-2839 176 9 for for ADP iajs-2839 176 10 further further ADJ iajs-2839 176 11 systematic systematic ADJ iajs-2839 176 12 analysis analysis NOUN iajs-2839 176 13 of of ADP iajs-2839 176 14 the the DET iajs-2839 176 15 influence influence NOUN iajs-2839 176 16 of of ADP iajs-2839 176 17 transfer transfer NOUN iajs-2839 176 18 parameters parameter NOUN iajs-2839 176 19 on on ADP iajs-2839 176 20 the the DET iajs-2839 176 21 flow flow NOUN iajs-2839 176 22 of of ADP iajs-2839 176 23 electronic electronic ADJ iajs-2839 176 24 transfer transfer NOUN iajs-2839 176 25 from from ADP iajs-2839 176 26 donor donor NOUN iajs-2839 176 27 to to ADP iajs-2839 176 28 an an DET iajs-2839 176 29 acceptor acceptor NOUN iajs-2839 176 30 in in ADP iajs-2839 176 31 the the DET iajs-2839 176 32 device device NOUN iajs-2839 176 33 's 's PART iajs-2839 176 34 system system NOUN iajs-2839 176 35 and and CCONJ iajs-2839 176 36 to to PART iajs-2839 176 37 know know VERB iajs-2839 176 38 the the DET iajs-2839 176 39 influences influence NOUN iajs-2839 176 40 on on ADP iajs-2839 176 41 the the DET iajs-2839 176 42 efficiency efficiency NOUN iajs-2839 176 43 of of ADP iajs-2839 176 44 devices device NOUN iajs-2839 176 45 references reference NOUN iajs-2839 176 46 1.saputri 1.saputri NUM iajs-2839 176 47 , , PUNCT iajs-2839 176 48 d. d. PROPN iajs-2839 176 49 g. g. PROPN iajs-2839 176 50 ; ; PUNCT iajs-2839 176 51 supriyanto supriyanto PROPN iajs-2839 176 52 , , PUNCT iajs-2839 176 53 a. a. NOUN iajs-2839 176 54 ; ; PUNCT iajs-2839 176 55 ahmad ahmad PROPN iajs-2839 176 56 , , PUNCT iajs-2839 176 57 m. m. PROPN iajs-2839 176 58 k. k. PROPN iajs-2839 176 59 ; ; PUNCT iajs-2839 176 60 diyanahesa diyanahesa PROPN iajs-2839 176 61 , , PUNCT iajs-2839 176 62 n. n. PROPN iajs-2839 176 63 e. e. PROPN iajs-2839 176 64 h. h. PROPN iajs-2839 176 65 ; ; PUNCT iajs-2839 176 66 ramadhani ramadhani PROPN iajs-2839 176 67 , , PUNCT iajs-2839 176 68 f. f. PROPN iajs-2839 176 69 optical optical ADJ iajs-2839 176 70 properties property NOUN iajs-2839 176 71 of of ADP iajs-2839 176 72 dye dye NOUN iajs-2839 176 73 dn dn NOUN iajs-2839 176 74 - - PUNCT iajs-2839 176 75 f05 f05 NOUN iajs-2839 176 76 as as ADP iajs-2839 176 77 a a DET iajs-2839 176 78 good good ADJ iajs-2839 176 79 sensitizer sensitizer NOUN iajs-2839 176 80 . . 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