id sid tid token lemma pos ap-384 1 1 acta acta PROPN ap-384 1 2 polytechnica polytechnica PROPN ap-384 1 3 vol vol NOUN ap-384 1 4 . . PUNCT ap-384 2 1 43 43 NUM ap-384 2 2 no no NOUN ap-384 2 3 . . NOUN ap-384 2 4 112003 112003 NUM ap-384 2 5 modified modify VERB ap-384 2 6 glaser glaser PROPN ap-384 2 7 's 's PART ap-384 2 8 condensation condensation NOUN ap-384 2 9 model model NOUN ap-384 2 10 t. t. PROPN ap-384 2 11 ficker ficker PROPN ap-384 2 12 , , PUNCT ap-384 2 13 z. z. PROPN ap-384 2 14 pode5vovri pode5vovri PROPN ap-384 2 15 glaser glaser PROPN ap-384 2 16 's 's PART ap-384 2 17 conl conl NOUN ap-384 2 18 , , PUNCT ap-384 2 19 msation msation NOUN ap-384 2 20 scheme scheme NOUN ap-384 2 21 with with ADP ap-384 2 22 incorporated incorporated ADJ ap-384 2 23 non non ADJ ap-384 2 24 - - ADJ ap-384 2 25 isothermal isothermal ADJ ap-384 2 26 dffision dffision NOUN ap-384 2 27 is be AUX ap-384 2 28 presented present VERB ap-384 2 29 and and CCONJ ap-384 2 30 its its PRON ap-384 2 31 consequences consequence NOUN ap-384 2 32 are be AUX ap-384 2 33 sturlied sturlie VERB ap-384 2 34 . . PUNCT ap-384 3 1 keywords keyword NOUN ap-384 3 2 : : PUNCT ap-384 3 3 non-'isothermn'l non-'isothermn'l NOUN ap-384 3 4 dffision dffision NOUN ap-384 3 5 , , PUNCT ap-384 3 6 partinl partinl ADJ ap-384 3 7 pressure pressure NOUN ap-384 3 8 prortk prortk NOUN ap-384 3 9 , , PUNCT ap-384 3 10 condensation condensation NOUN ap-384 3 11 in in ADP ap-384 3 12 building building NOUN ap-384 3 13 structures structure NOUN ap-384 3 14 , , PUNCT ap-384 3 15 glaser glaser PROPN ap-384 3 16 's 's PART ap-384 3 17 condensation condensation NOUN ap-384 3 18 scherte scherte NOUN ap-384 3 19 . . PUNCT ap-384 4 1 i i PRON ap-384 4 2 introduction introduction VERB ap-384 4 3 it it PRON ap-384 4 4 is be AUX ap-384 4 5 well well ADV ap-384 4 6 - - PUNCT ap-384 4 7 known know VERB ap-384 4 8 that that SCONJ ap-384 4 9 glaser glaser PROPN ap-384 4 10 's 's PART ap-384 4 11 model model NOUN ap-384 4 12 [ [ X ap-384 4 13 ] ] X ap-384 4 14 -[7 -[7 NOUN ap-384 4 15 ] ] X ap-384 4 16 , , PUNCT ap-384 4 17 a a DET ap-384 4 18 combined combine VERB ap-384 4 19 graphical graphical ADJ ap-384 4 20 and and CCONJ ap-384 4 21 numerical numerical ADJ ap-384 4 22 method method NOUN ap-384 4 23 to to PART ap-384 4 24 assess assess VERB ap-384 4 25 the the DET ap-384 4 26 condensation condensation NOUN ap-384 4 27 of of ADP ap-384 4 28 water water NOUN ap-384 4 29 vapor vapor NOUN ap-384 4 30 in in ADP ap-384 4 31 building build VERB ap-384 4 32 stnrctures stnrcture NOUN ap-384 4 33 t8l t8l NOUN ap-384 4 34 - - PUNCT ap-384 4 35 t91 t91 NOUN ap-384 4 36 , , PUNCT ap-384 4 37 suffers suffer VERB ap-384 4 38 from from ADP ap-384 4 39 some some DET ap-384 4 40 drawbacks drawback NOUN ap-384 4 41 which which PRON ap-384 4 42 make make VERB ap-384 4 43 the the DET ap-384 4 44 model model NOUN ap-384 4 45 rather rather ADV ap-384 4 46 debatable debatable ADJ ap-384 4 47 . . PUNCT ap-384 5 1 for for ADP ap-384 5 2 example example NOUN ap-384 5 3 , , PUNCT ap-384 5 4 the the DET ap-384 5 5 model model NOUN ap-384 5 6 includes include VERB ap-384 5 7 neither neither DET ap-384 5 8 hygroscopic hygroscopic NOUN ap-384 5 9 nor nor CCONJ ap-384 5 10 liquid liquid ADJ ap-384 5 11 transports transport NOUN ap-384 5 12 and and CCONJ ap-384 5 13 also also ADV ap-384 5 14 omits omit VERB ap-384 5 15 the the DET ap-384 5 16 transition transition NOUN ap-384 5 17 from from ADP ap-384 5 18 the the DET ap-384 5 19 liquid liquid NOUN ap-384 5 20 into into ADP ap-384 5 21 the the DET ap-384 5 22 solid solid ADJ ap-384 5 23 phase phase NOUN ap-384 5 24 . . PUNCT ap-384 6 1 in in ADP ap-384 6 2 addition addition NOUN ap-384 6 3 , , PUNCT ap-384 6 4 the the DET ap-384 6 5 numerical numerical ADJ ap-384 6 6 part part NOUN ap-384 6 7 of of ADP ap-384 6 8 the the DET ap-384 6 9 model model NOUN ap-384 6 10 is be AUX ap-384 6 11 based base VERB ap-384 6 12 on on ADP ap-384 6 13 isothermal isothermal ADJ ap-384 6 14 diffusion diffusion NOUN ap-384 6 15 . . PUNCT ap-384 7 1 however however ADV ap-384 7 2 , , PUNCT ap-384 7 3 real real ADJ ap-384 7 4 building building NOUN ap-384 7 5 envelopes envelope NOUN ap-384 7 6 , , PUNCT ap-384 7 7 especially especially ADV ap-384 7 8 in in ADP ap-384 7 9 the the DET ap-384 7 10 winter winter NOUN ap-384 7 11 season season NOUN ap-384 7 12 , , PUNCT ap-384 7 13 are be AUX ap-384 7 14 considerably considerably ADV ap-384 7 15 non non ADJ ap-384 7 16 - - ADJ ap-384 7 17 isothermal isothermal ADJ ap-384 7 18 . . PUNCT ap-384 8 1 these these DET ap-384 8 2 inconsistencies inconsistency NOUN ap-384 8 3 raise raise VERB ap-384 8 4 the the DET ap-384 8 5 question question NOUN ap-384 8 6 : : PUNCT ap-384 8 7 what what PRON ap-384 8 8 will will AUX ap-384 8 9 happen happen VERB ap-384 8 10 with with ADP ap-384 8 11 the the DET ap-384 8 12 model model NOUN ap-384 8 13 if if SCONJ ap-384 8 14 fully fully ADV ap-384 8 15 non non ADJ ap-384 8 16 - - ADJ ap-384 8 17 isothermal isothermal ADJ ap-384 8 18 conditions condition NOUN ap-384 8 19 are be AUX ap-384 8 20 incorporated incorporate VERB ap-384 8 21 into into ADP ap-384 8 22 its its PRON ap-384 8 23 scheme scheme NOUN ap-384 8 24 . . PUNCT ap-384 9 1 this this DET ap-384 9 2 paper paper NOUN ap-384 9 3 aims aim VERB ap-384 9 4 to to PART ap-384 9 5 implement implement VERB ap-384 9 6 non non ADJ ap-384 9 7 - - ADJ ap-384 9 8 isothermal isothermal ADJ ap-384 9 9 diffusion diffusion NOUN ap-384 9 10 into into ADP ap-384 9 11 glaser glaser PROPN ap-384 9 12 's 's PART ap-384 9 13 model model NOUN ap-384 9 14 and and CCONJ ap-384 9 15 discusses discuss VERB ap-384 9 16 some some DET ap-384 9 17 features feature NOUN ap-384 9 18 of of ADP ap-384 9 19 the the DET ap-384 9 20 modified modify VERB ap-384 9 21 scheme scheme NOUN ap-384 9 22 . . PUNCT ap-384 10 1 2 2 NUM ap-384 10 2 non non ADJ ap-384 10 3 - - ADJ ap-384 10 4 isothermal isothermal ADJ ap-384 10 5 steady steady ADJ ap-384 10 6 - - PUNCT ap-384 10 7 state state NOUN ap-384 10 8 diffusion diffusion NOUN ap-384 10 9 in in ADP ap-384 10 10 our our PRON ap-384 10 11 previous previous ADJ ap-384 10 12 paper paper NOUN ap-384 10 13 i i PRON ap-384 10 14 i i PRON ap-384 10 15 0 0 X ap-384 10 16 ] ] PUNCT ap-384 10 17 we we PRON ap-384 10 18 developed develop VERB ap-384 10 19 two two NUM ap-384 10 20 basic basic ADJ ap-384 10 21 models model NOUN ap-384 10 22 for for ADP ap-384 10 23 describing describe VERB ap-384 10 24 non non ADJ ap-384 10 25 - - ADJ ap-384 10 26 isothermal isothermal ADJ ap-384 10 27 steady steady ADJ ap-384 10 28 - - PUNCT ap-384 10 29 state state NOUN ap-384 10 30 diffirsion diffirsion NOUN ap-384 10 31 of of ADP ap-384 10 32 water water NOUN ap-384 10 33 vapor vapor NOUN ap-384 10 34 through through ADP ap-384 10 35 porous porous ADJ ap-384 10 36 building building NOUN ap-384 10 37 materials material NOUN ap-384 10 38 , , PUNCT ap-384 10 39 namely namely ADV ap-384 10 40 the the DET ap-384 10 41 dial dial NOUN ap-384 10 42 and and CCONJ ap-384 10 43 dral dral ADJ ap-384 10 44 models model NOUN ap-384 10 45 . . PUNCT ap-384 11 1 the the DET ap-384 11 2 dial dial NOUN ap-384 11 3 model model NOUN ap-384 11 4 ( ( PUNCT ap-384 11 5 diffusion diffusion NOUN ap-384 11 6 through through ADP ap-384 11 7 an an DET ap-384 11 8 immobilized immobilized ADJ ap-384 11 9 air air NOUN ap-384 11 10 i i PROPN ap-384 11 11 - - PUNCT ap-384 11 12 ayer ayer NOUN ap-384 11 13 ) ) PUNCT ap-384 11 14 led lead VERB ap-384 11 15 to to ADP ap-384 11 16 the the DET ap-384 11 17 following follow VERB ap-384 11 18 basic basic ADJ ap-384 11 19 relations relation NOUN ap-384 11 20 ( ( PUNCT ap-384 11 21 ll(4 ll(4 PROPN ap-384 11 22 ) ) PUNCT ap-384 11 23 that that PRON ap-384 11 24 hold hold VERB ap-384 11 25 for for ADP ap-384 11 26 a a DET ap-384 11 27 non non ADJ ap-384 11 28 - - ADJ ap-384 11 29 isothermal isothermal ADJ ap-384 11 30 structure structure NOUN ap-384 11 31 ( ( PUNCT ap-384 11 32 wall wall NOUN ap-384 11 33 ) ) PUNCT ap-384 11 34 of of ADP ap-384 11 35 thickness thickness NOUN ap-384 11 36 d d NOUN ap-384 11 37 , , PUNCT ap-384 11 38 which which PRON ap-384 11 39 is be AUX ap-384 11 40 embedded embed VERB ap-384 11 41 into into ADP ap-384 11 42 an an DET ap-384 11 43 air air NOUN ap-384 11 44 environmenr environmenr NOUN ap-384 11 45 dry dry ADJ ap-384 11 46 air air NOUN ap-384 11 47 is be AUX ap-384 11 48 supposed suppose VERB ap-384 11 49 to to PART ap-384 11 50 have have VERB ap-384 11 51 a a DET ap-384 11 52 constant constant ADJ ap-384 11 53 concentration concentration NOUN ap-384 11 54 co co NOUN ap-384 11 55 on on ADP ap-384 11 56 both both DET ap-384 11 57 sides side NOUN ap-384 11 58 of of ADP ap-384 11 59 the the DET ap-384 11 60 wall wall NOUN ap-384 11 61 . . PUNCT ap-384 12 1 the the DET ap-384 12 2 wall wall PROPN ap-384 12 3 shows show VERB ap-384 12 4 , , PUNCT ap-384 12 5 however however ADV ap-384 12 6 , , PUNCT ap-384 12 7 different different ADJ ap-384 12 8 temperatures temperature NOUN ap-384 12 9 ? ? PUNCT ap-384 12 10 , , PUNCT ap-384 12 11 , , PUNCT ap-384 12 12 ? ? PUNCT ap-384 12 13 " " PUNCT ap-384 12 14 , , PUNCT ap-384 12 15 and and CCONJ ap-384 12 16 concentrations concentration NOUN ap-384 12 17 c c NOUN ap-384 12 18 , , PUNCT ap-384 12 19 * * NOUN ap-384 12 20 , , PUNCT ap-384 12 21 c2w c2w NOUN ap-384 12 22 of of ADP ap-384 12 23 water water NOUN ap-384 12 24 vapour vapour NOUN ap-384 12 25 on on ADP ap-384 12 26 its its PRON ap-384 12 27 two two NUM ap-384 12 28 sides side NOUN ap-384 12 29 ( ( PUNCT ap-384 12 30 internal internal ADJ ap-384 12 31 and and CCONJ ap-384 12 32 external external ADJ ap-384 12 33 ) ) PUNCT ap-384 12 34 . . PUNCT ap-384 13 1 the the DET ap-384 13 2 concentration concentration NOUN ap-384 13 3 profile profile NOUN ap-384 13 4 y(r y(r PROPN ap-384 13 5 ) ) PUNCT ap-384 13 6 and and CCONJ ap-384 13 7 diffi diffi NOUN ap-384 13 8 - - PUNCT ap-384 13 9 rsion rsion NOUN ap-384 13 10 flux flux PROPN ap-384 13 11 qi qi PROPN ap-384 13 12 , , PUNCT ap-384 13 13 expressed express VERB ap-384 13 14 within within ADP ap-384 13 15 the the DET ap-384 13 16 dial dial NOUN ap-384 13 17 non non ADJ ap-384 13 18 - - ADJ ap-384 13 19 isothermal isothermal ADJ ap-384 13 20 model model NOUN ap-384 13 21 , , PUNCT ap-384 13 22 read read VERB ap-384 13 23 * * PUNCT ap-384 13 24 r r NOUN ap-384 13 25 r r NOUN ap-384 13 26 c c NOUN ap-384 13 27 , , PUNCT ap-384 13 28 , , PUNCT ap-384 13 29 , , PUNCT ap-384 13 30 ( ( PUNCT ap-384 14 1 x\i x\i PROPN ap-384 14 2 ( ( PUNCT ap-384 14 3 r r NOUN ap-384 14 4 ) ) PUNCT ap-384 14 5 = = SYM ap-384 14 6 -:7y -:7y PROPN ap-384 14 7 , , PUNCT ap-384 14 8 t(x)= t(x)= PROPN ap-384 14 9 c,(x c,(x NOUN ap-384 14 10 ) ) PUNCT ap-384 15 1 + + CCONJ ap-384 15 2 co co X ap-384 15 3 , , PUNCT ap-384 15 4 ( ( PUNCT ap-384 15 5 l l NOUN ap-384 15 6 ) ) PUNCT ap-384 15 7 cu\x cu\x PUNCT ap-384 15 8 ) ) PUNCT ap-384 16 1 + + CCONJ ap-384 16 2 ca can AUX ap-384 16 3 [ [ X ap-384 16 4 r-"^ r-"^ ADJ ap-384 17 1 i i PRON ap-384 17 2 lnl lnl PROPN ap-384 17 3 --tzu --tzu PROPN ap-384 17 4 t t PROPN ap-384 17 5 ^ ^ PUNCT ap-384 17 6 * * PUNCT ap-384 17 7 ll ll NOUN ap-384 17 8 - - PUNCT ap-384 17 9 lr"j-)ru'- lr"j-)ru'- NOUN ap-384 17 10 ): ): PUNCT ap-384 17 11 , , PUNCT ap-384 17 12 11lj_-*-------l 11lj_-*-------l NUM ap-384 17 13 - - PUNCT ap-384 17 14 l l NOUN ap-384 17 15 r.ft r.ft ADJ ap-384 17 16 r.fl r.fl NOUN ap-384 17 17 fte{i fte{i VERB ap-384 17 18 = = SYM ap-384 18 1 + + SYM ap-384 18 2 [ [ X ap-384 18 3 kg kg X ap-384 18 4 - - PUNCT ap-384 18 5 r r NOUN ap-384 18 6 .m2.s .m2.s NOUN ap-384 18 7 ] ] X ap-384 18 8 , , PUNCT ap-384 18 9 ueff ueff NOUN ap-384 18 10 ^ ^ SYM ap-384 18 11 * * PROPN ap-384 18 12 0.l9 0.l9 PROPN ap-384 18 13 kb kb PROPN ap-384 18 14 " " PUNCT ap-384 18 15 tr tr VERB ap-384 18 16 -79ilen= -79ilen= PROPN ap-384 18 17 -p -p PUNCT ap-384 18 18 ; ; PUNCT ap-384 19 1 l:;---;z;=t'la l:;---;z;=t'la PROPN ap-384 19 2 , , PUNCT ap-384 19 3 l l PROPN ap-384 19 4 -tz -tz PUNCT ap-384 20 1 a\ a\ ADP ap-384 20 2 5629.10 5629.10 NUM ap-384 20 3 - - SYM ap-384 20 4 8 8 NUM ap-384 20 5 7't 7't NOUN ap-384 20 6 -7i -7i NOUN ap-384 20 7 - - PUNCT ap-384 20 8 . . PUNCT ap-384 21 1 -r -r PROPN ap-384 21 2 -,-'--n -,-'--n INTJ ap-384 21 3 - - PUNCT ap-384 21 4 o-------;m o-------;m ADJ ap-384 21 5 ine ine NOUN ap-384 21 6 rrr rrr NOUN ap-384 21 7 .s .s PROPN ap-384 22 1 l.il l.il PROPN ap-384 22 2 tu tu PROPN ap-384 22 3 , , PUNCT ap-384 22 4 iy iy PROPN ap-384 22 5 tv.l tv.l NOUN ap-384 22 6 : : PUNCT ap-384 22 7 , , PUNCT ap-384 22 8 st st PROPN ap-384 22 9 rl rl PROPN ap-384 22 10 -r2 -r2 PROPN ap-384 22 11 the the DET ap-384 22 12 symbols symbol NOUN ap-384 22 13 p p PROPN ap-384 22 14 and and CCONJ ap-384 22 15 fijn fijn PROPN ap-384 22 16 " " PUNCT ap-384 22 17 are be AUX ap-384 22 18 the the DET ap-384 22 19 diffusion diffusion NOUN ap-384 22 20 resistance resistance NOUN ap-384 22 21 factor factor NOUN ap-384 22 22 and and CCONJ ap-384 22 23 diffusion diffusion NOUN ap-384 22 24 resistance resistance NOUN ap-384 22 25 of of ADP ap-384 22 26 the the DET ap-384 22 27 structure structure NOUN ap-384 22 28 , , PUNCT ap-384 22 29 respectively respectively ADV ap-384 22 30 , , PUNCT ap-384 22 31 while while SCONJ ap-384 22 32 p. p. PROPN ap-384 22 33 , , PUNCT ap-384 22 34 stands stand VERB ap-384 22 35 for for ADP ap-384 22 36 the the DET ap-384 22 37 pressure pressure NOUN ap-384 22 38 of of ADP ap-384 22 39 dry dry ADJ ap-384 22 40 air air NOUN ap-384 22 41 . . PUNCT ap-384 23 1 more more ADJ ap-384 23 2 details detail NOUN ap-384 23 3 concerning concern VERB ap-384 23 4 the the DET ap-384 23 5 derivation derivation NOUN ap-384 23 6 of of ADP ap-384 23 7 ( ( PUNCT ap-384 23 8 l)-(a l)-(a NOUN ap-384 23 9 ) ) PUNCT ap-384 23 10 can can AUX ap-384 23 11 be be AUX ap-384 23 12 found find VERB ap-384 23 13 in in ADP ap-384 23 14 [ [ X ap-384 23 15 0 0 NUM ap-384 23 16 ] ] PUNCT ap-384 23 17 . . PUNCT ap-384 24 1 the the DET ap-384 24 2 dral dral ADJ ap-384 24 3 model model NOUN ap-384 24 4 ( ( PUNCT ap-384 24 5 diffusion diffusion NOUN ap-384 24 6 through through ADP ap-384 24 7 a a DET ap-384 24 8 ' ' PUNCT ap-384 24 9 rigid'air rigid'air NOUN ap-384 24 10 layer layer NOUN ap-384 24 11 ) ) PUNCT ap-384 24 12 is be AUX ap-384 24 13 based base VERB ap-384 24 14 [ [ X ap-384 24 15 10 10 NUM ap-384 24 16 ] ] PUNCT ap-384 24 17 on on ADP ap-384 24 18 the the DET ap-384 24 19 following follow VERB ap-384 24 20 relations relation NOUN ap-384 24 21 c1 c1 PROPN ap-384 24 22 , , PUNCT ap-384 24 23 , , PUNCT ap-384 24 24 , , PUNCT ap-384 24 25 co co NOUN ap-384 24 26 , , PUNCT ap-384 24 27 , , PUNCT ap-384 24 28 , , PUNCT ap-384 24 29 - - PUNCT ap-384 24 30 , , PUNCT ap-384 24 31 _ _ NOUN ap-384 24 32 , , PUNCT ap-384 24 33 -t.5,,,=lt(g.m -t.5,,,=lt(g.m VERB ap-384 24 34 -.s -.s NUM ap-384 24 35 .1 .1 NUM ap-384 24 36 . . PUNCT ap-384 25 1 & & CCONJ ap-384 25 2 n n CCONJ ap-384 25 3 r r NOUN ap-384 25 4 n n NOUN ap-384 25 5 = = NOUN ap-384 25 6 ! ! PUNCT ap-384 26 1 [ [ X ap-384 26 2 * * PUNCT ap-384 26 3 -r.r -r.r ADJ ap-384 26 4 ] ] X ap-384 26 5 , , PUNCT ap-384 26 6 ( ( PUNCT ap-384 26 7 5 5 X ap-384 26 8 ) ) PUNCT ap-384 26 9 ueff ueff NOUN ap-384 26 10 ^ ^ PUNCT ap-384 26 11 oslftrtt oslftrtt PROPN ap-384 26 12 - - PUNCT ap-384 26 13 ts\ ts\ PROPN ap-384 26 14 . . PUNCT ap-384 26 15 ) ) PUNCT ap-384 27 1 _ _ PUNCT ap-384 27 2 r r X ap-384 27 3 - - PUNCT ap-384 27 4 d"$=_-_;-[m-.s d"$=_-_;-[m-.s NOUN ap-384 27 5 ' ' PUNCT ap-384 27 6 j j PROPN ap-384 27 7 , , PUNCT ap-384 27 8 p(ry- p(ry- PROPN ap-384 27 9 ' ' PUNCT ap-384 27 10 -ri- -ri- NOUN ap-384 27 11 ' ' NUM ap-384 27 12 ) ) PUNCT ap-384 27 13 , , PUNCT ap-384 27 14 , , PUNCT ap-384 27 15 , , PUNCT ap-384 27 16 , , PUNCT ap-384 27 17 , , PUNCT ap-384 27 18 = = PUNCT ap-384 27 19 ! ! PUNCT ap-384 28 1 jzlks jzlks PROPN ap-384 28 2 . . PUNCT ap-384 29 1 m-3 m-3 PROPN ap-384 29 2 l l PROPN ap-384 29 3 , , PUNCT ap-384 29 4 cq,,,pz cq,,,pz PROPN ap-384 29 5 , , PUNCT ap-384 29 6 i i PRON ap-384 29 7 ks ks PROPN ap-384 29 8 . . PUNCT ap-384 29 9 , , PUNCT ap-384 29 10 n n CCONJ ap-384 29 11 - - PUNCT ap-384 29 12 il il PROPN ap-384 29 13 , , PUNCT ap-384 29 14 rrtt rrtt ADJ ap-384 29 15 rttz rttz NOUN ap-384 29 16 ( ( PUNCT ap-384 29 17 6 6 NUM ap-384 29 18 ) ) PUNCT ap-384 29 19 ft ft NOUN ap-384 29 20 = = NOUN ap-384 29 21 8.9718.10 8.9718.10 NUM ap-384 29 22 - - PUNCT ap-384 29 23 10 10 NUM ap-384 29 24 im2.s-1.k im2.s-1.k NOUN ap-384 29 25 - - PUNCT ap-384 29 26 l'811 l'811 NOUN ap-384 29 27 , , PUNCT ap-384 29 28 where where SCONJ ap-384 29 29 p1r p1r NOUN ap-384 29 30 , , PUNCT ap-384 29 31 p2 p2 X ap-384 29 32 . . X ap-384 29 33 are be AUX ap-384 29 34 the the DET ap-384 29 35 partial partial ADJ ap-384 29 36 pressures pressure NOUN ap-384 29 37 ofwater.vapour ofwater.vapour VERB ap-384 29 38 on on ADP ap-384 29 39 the the DET ap-384 29 40 two two NUM ap-384 29 41 sides side NOUN ap-384 29 42 of of ADP ap-384 29 43 the the DET ap-384 29 44 structure structure NOUN ap-384 29 45 and and CCONJ ap-384 29 46 rr rr NOUN ap-384 29 47 , , PUNCT ap-384 29 48 = = PROPN ap-384 29 49 462 462 NUM ap-384 29 50 j. j. PROPN ap-384 29 51 kg- kg- PROPN ap-384 29 52 ' ' PUNCT ap-384 29 53 .k- .k- PRON ap-384 29 54 ' ' PUNCT ap-384 29 55 is be AUX ap-384 29 56 the the DET ap-384 29 57 gas gas NOUN ap-384 29 58 constant constant NOUN ap-384 29 59 of of ADP ap-384 29 60 water water NOUN ap-384 29 61 vapour vapour NOUN ap-384 29 62 . . PUNCT ap-384 30 1 for for SCONJ ap-384 30 2 more more ADJ ap-384 30 3 details detail NOUN ap-384 30 4 see see VERB ap-384 30 5 [ [ X ap-384 30 6 0 0 NUM ap-384 30 7 ] ] PUNCT ap-384 30 8 . . PUNCT ap-384 31 1 the the DET ap-384 31 2 computational computational ADJ ap-384 31 3 part part NOUN ap-384 31 4 of of ADP ap-384 31 5 glaser glaser PROPN ap-384 31 6 's 's PART ap-384 31 7 standnrd standnrd NOUN ap-384 31 8 model model NOUN ap-384 31 9 is be AUX ap-384 31 10 based base VERB ap-384 31 11 on on ADP ap-384 31 12 the the DET ap-384 31 13 isothermal isothermal ADJ ap-384 31 14 approximation approximation NOUN ap-384 31 15 [ [ X ap-384 31 16 0 0 X ap-384 31 17 ] ] X ap-384 31 18 no no PRON ap-384 32 1 = = NOUN ap-384 32 2 pwfz pwfz NOUN ap-384 32 3 , , PUNCT ap-384 32 4 , , PUNCT ap-384 32 5 no no DET ap-384 32 6 = = NOUN ap-384 32 7 4 4 NUM ap-384 32 8 , , PUNCT ap-384 32 9 6=1.881.r0 6=1.881.r0 NUM ap-384 32 10 - - PUNCT ap-384 32 11 r0s r0 NOUN ap-384 32 12 , , PUNCT ap-384 32 13 ( ( PUNCT ap-384 32 14 7 7 X ap-384 32 15 ) ) PUNCT ap-384 32 16 p.:6 p.:6 NOUN ap-384 32 17 f(*)=fru f(*)=fru NOUN ap-384 32 18 - - PUNCT ap-384 32 19 pt,-p2 pt,-p2 NOUN ap-384 32 20 , , PUNCT ap-384 32 21 r. r. PROPN ap-384 32 22 ( ( PUNCT ap-384 32 23 8) 8) NUM ap-384 32 24 a a DET ap-384 32 25 3 3 NUM ap-384 32 26 glaser glaser NOUN ap-384 32 27 's 's PART ap-384 32 28 condensation condensation NOUN ap-384 32 29 schemes scheme NOUN ap-384 32 30 glaser glaser NOUN ap-384 32 31 's 's PART ap-384 32 32 graphical graphical ADJ ap-384 32 33 method method NOUN ap-384 32 34 [ [ X ap-384 32 35 7 7 NUM ap-384 32 36 ] ] PUNCT ap-384 32 37 for for ADP ap-384 32 38 finding find VERB ap-384 32 39 the the DET ap-384 32 40 condensation condensation NOUN ap-384 32 41 region region NOUN ap-384 32 42 inside inside ADP ap-384 32 43 a a DET ap-384 32 44 building building NOUN ap-384 32 45 structure structure NOUN ap-384 32 46 enables enable VERB ap-384 32 47 us we PRON ap-384 32 48 to to PART ap-384 32 49 incorporate incorporate VERB ap-384 32 50 straightforwardly straightforwardly ADV ap-384 32 51 not not PART ap-384 32 52 only only ADV ap-384 32 53 isothemnl isothemnl ADJ ap-384 32 54 dffision dffision NOUN ap-384 32 55 ( ( PUNCT ap-384 32 56 coordinate coordinate NOUN ap-384 32 57 system system NOUN ap-384 32 58 ( ( PUNCT ap-384 32 59 r2,p r2,p NOUN ap-384 32 60 ) ) PUNCT ap-384 32 61 ) ) PUNCT ap-384 32 62 , , PUNCT ap-384 32 63 as as SCONJ ap-384 32 64 initially initially ADV ap-384 32 65 introduced introduce VERB ap-384 32 66 by by ADP ap-384 32 67 glaser glaser PROPN ap-384 32 68 ( ( PUNCT ap-384 32 69 stnndard stnndard PROPN ap-384 32 70 model model PROPN ap-384 32 71 ) ) PUNCT ap-384 32 72 , , PUNCT ap-384 32 73 but but CCONJ ap-384 32 74 also also ADV ap-384 32 75 non non ADJ ap-384 32 76 - - ADJ ap-384 32 77 isothermal isothermal ADJ ap-384 32 78 dffision dffision NOUN ap-384 32 79 within within ADP ap-384 32 80 the the DET ap-384 32 81 models model NOUN ap-384 32 82 of of ADP ap-384 32 83 ( ( PUNCT ap-384 32 84 3 3 NUM ap-384 32 85 ) ) PUNCT ap-384 32 86 / / SYM ap-384 32 87 t t PROPN ap-384 32 88 t t X ap-384 32 89 \0.19.l \0.19.l PROPN ap-384 32 90 ? ? NOUN ap-384 32 91 0.19 0.19 NUM ap-384 32 92 lt lt DET ap-384 32 93 ' ' PUNCT ap-384 32 94 t-'2 t-'2 NOUN ap-384 32 95 ^,1 ^,1 PUNCT ap-384 32 96 | | ADV ap-384 32 97 ' ' PUNCT ap-384 32 98 \ \ NOUN ap-384 32 99 ' ' PUNCT ap-384 32 100 d d NOUN ap-384 32 101 . . PUNCT ap-384 32 102 ) ) PUNCT ap-384 33 1 | | ADV ap-384 34 1 [ [ X ap-384 34 2 r r NOUN ap-384 34 3 fz.i fz.i NOUN ap-384 34 4 r r NOUN ap-384 34 5 , , PUNCT ap-384 34 6 t t PROPN ap-384 34 7 re re PROPN ap-384 34 8 -t2o -t2o PROPN ap-384 34 9 re re X ap-384 34 10 ilr ilr PROPN ap-384 34 11 -- -- PUNCT ap-384 34 12 l l NOUN ap-384 34 13 r r NOUN ap-384 34 14 ' ' PUNCT ap-384 34 15 i i NOUN ap-384 34 16 ( ( PUNCT ap-384 34 17 2 2 NUM ap-384 34 18 ) ) PUNCT ap-384 34 19 l l NOUN ap-384 34 20 cl cl NOUN ap-384 34 21 , , PUNCT ap-384 34 22 c2u c2u X ap-384 34 23 ) ) PUNCT ap-384 34 24 lu lu PROPN ap-384 35 1 = = NOUN ap-384 35 2 e e PROPN ap-384 35 3 , , PUNCT ap-384 35 4 j2r= j2r= DET ap-384 35 5 c1 c1 NOUN ap-384 35 6 , , PUNCT ap-384 35 7 i i PRON ap-384 35 8 co co VERB ap-384 36 1 c2u+ c2u+ PROPN ap-384 36 2 ca can AUX ap-384 36 3 34 34 NUM ap-384 36 4 acta acta PROPN ap-384 36 5 polytechnica polytechnica PROPN ap-384 36 6 vol vol NOUN ap-384 36 7 . . PUNCT ap-384 37 1 43 43 NUM ap-384 37 2 no no NOUN ap-384 37 3 . . NOUN ap-384 38 1 112003 112003 NUM ap-384 38 2 x x X ap-384 39 1 [ [ X ap-384 39 2 m m X ap-384 39 3 ] ] X ap-384 39 4 ? ? PUNCT ap-384 39 5 tkl tkl PROPN ap-384 39 6 glaser glaser PROPN ap-384 39 7 's 's PART ap-384 39 8 standard standard ADJ ap-384 39 9 model model NOUN ap-384 39 10 dial dial NOUN ap-384 39 11 model model NOUN ap-384 39 12 dral dral PROPN ap-384 39 13 model model PROPN ap-384 39 14 rd.lo rd.lo PROPN ap-384 39 15 - - PUNCT ap-384 39 16 e e PROPN ap-384 39 17 . . PUNCT ap-384 40 1 -1,lm -1,lm PROPN ap-384 40 2 's 's PART ap-384 40 3 i i PROPN ap-384 40 4 yu yu INTJ ap-384 40 5 ip ip NOUN ap-384 40 6 " " PUNCT ap-384 40 7 ] ] X ap-384 40 8 /r /r PROPN ap-384 40 9 ( ( PUNCT ap-384 40 10 satur satur PROPN ap-384 40 11 . . PUNCT ap-384 40 12 ) ) PUNCT ap-384 41 1 ru ru NOUN ap-384 41 2 tpal tpal NOUN ap-384 41 3 4n'to 4n'to PROPN ap-384 41 4 " " PUNCT ap-384 41 5 . . PUNCT ap-384 42 1 , , PUNCT ap-384 42 2 -l -l PUNCT ap-384 42 3 -1 -1 NOUN ap-384 42 4 . . PUNCT ap-384 43 1 [ [ X ap-384 43 2 kg kg X ap-384 43 3 . . PUNCT ap-384 44 1 m m PROPN ap-384 44 2 .s .s NOUN ap-384 45 1 i i PRON ap-384 45 2 ) ) PUNCT ap-384 45 3 r'10 r'10 VERB ap-384 45 4 ' ' PUNCT ap-384 45 5 , , PUNCT ap-384 45 6 gatur gatur NOUN ap-384 45 7 . . PUNCT ap-384 45 8 ) ) PUNCT ap-384 45 9 . . PUNCT ap-384 46 1 193 193 NUM ap-384 46 2 r.6'l0 r.6'l0 PROPN ap-384 46 3 + + NUM ap-384 46 4 . . PUNCT ap-384 47 1 -tlm -tlm PUNCT ap-384 48 1 ' ' PUNCT ap-384 48 2 sl sl INTJ ap-384 48 3 cr.l03 cr.l03 PROPN ap-384 48 4 lkg.rn-31 lkg.rn-31 NOUN ap-384 48 5 cgatur.).103 cgatur.).103 NOUN ap-384 48 6 . . PUNCT ap-384 48 7 , , PUNCT ap-384 48 8 -3.[kg'm -3.[kg'm PUNCT ap-384 49 1 i i NOUN ap-384 49 2 0 0 NUM ap-384 49 3 293.r5 293.r5 NUM ap-384 49 4 0 0 NUM ap-384 49 5 r402 r402 PROPN ap-384 49 6 2337 2337 NUM ap-384 49 7 0 0 NUM ap-384 49 8 9.1 9.1 NUM ap-384 49 9 08 08 NUM ap-384 49 10 15.09 15.09 NUM ap-384 49 11 0 0 NUM ap-384 49 12 10.35 10.35 NUM ap-384 49 13 17.25 17.25 NUM ap-384 49 14 0.0733 0.0733 NUM ap-384 49 15 286.82 286.82 NUM ap-384 49 16 3.60 3.60 NUM ap-384 49 17 i i PRON ap-384 49 18 186 186 NUM ap-384 49 19 1564 1564 NUM ap-384 49 20 2.255 2.255 NUM ap-384 49 21 7.770 7.770 NUM ap-384 49 22 10.15 10.15 NUM ap-384 49 23 2.568 2.568 NUM ap-384 49 24 8.930 8.930 NUM ap-384 49 25 11.80 11.80 NUM ap-384 49 26 0.1467 0.1467 NUM ap-384 49 27 280.48 280.48 NUM ap-384 49 28 7.20 7.20 NUM ap-384 49 29 969.8 969.8 NUM ap-384 49 30 1025 1025 NUM ap-384 49 31 4.554 4.554 NUM ap-384 49 32 6.405 6.405 NUM ap-384 49 33 o.o o.o PROPN ap-384 49 34 /+ /+ NOUN ap-384 49 35 5.245 5.245 NUM ap-384 49 36 7.452 7.452 NUM ap-384 49 37 7.910 7.910 NUM ap-384 49 38 0.2200 0.2200 NUM ap-384 49 39 274.t5 274.t5 NUM ap-384 49 40 10.81 10.81 NUM ap-384 49 41 753.6 753.6 NUM ap-384 49 42 oc/ oc/ NUM ap-384 49 43 6.892 6.892 NUM ap-384 49 44 5.0 5.0 NUM ap-384 49 45 l8 l8 PROPN ap-384 49 46 4.288 4.288 NUM ap-384 49 47 8.029 8.029 NUM ap-384 49 48 5.v15 5.v15 NUM ap-384 49 49 5.1 5.1 NUM ap-384 49 50 87 87 NUM ap-384 49 51 0.2933 0.2933 NUM ap-384 49 52 267.8r 267.8r NUM ap-384 50 1 t4.41 t4.41 PROPN ap-384 50 2 d5 d5 PROPN ap-384 50 3 t. t. PROPN ap-384 50 4 * * PROPN ap-384 50 5 390 390 NUM ap-384 50 6 9.278 9.278 NUM ap-384 50 7 3.600 3.600 NUM ap-384 50 8 2.524 2.524 NUM ap-384 50 9 i0.937 i0.937 NUM ap-384 50 10 4.310 4.310 NUM ap-384 50 11 3.150 3.150 NUM ap-384 50 12 0.3667 0.3667 NUM ap-384 50 13 261.48 261.48 NUM ap-384 50 14 18.01 18.01 NUM ap-384 50 15 32r.2 32r.2 NUM ap-384 50 16 oqa oqa NOUN ap-384 50 17 1 1 NUM ap-384 50 18 1.706 1.706 NUM ap-384 50 19 2.156 2.156 NUM ap-384 50 20 1.466 1.466 NUM ap-384 50 21 13.967 13.967 NUM ap-384 50 22 2.637 2.637 NUM ap-384 50 23 1.850 1.850 NUM ap-384 50 24 0.4400 0.4400 NUM ap-384 50 25 255.15 255.15 NUM ap-384 50 26 21.61 21.61 NUM ap-384 50 27 105 105 NUM ap-384 50 28 t25 t25 NOUN ap-384 50 29 t4.183 t4.183 PROPN ap-384 50 30 0.688 0.688 NUM ap-384 50 31 0.8 0.8 NUM ap-384 50 32 187 187 NUM ap-384 50 33 17.133 17.133 NUM ap-384 50 34 0.895 0.895 NUM ap-384 50 35 1.060 1.060 NUM ap-384 50 36 lq lq NOUN ap-384 50 37 , , PUNCT ap-384 50 38 qa qa PROPN ap-384 50 39 = = SYM ap-384 50 40 421 421 NUM ap-384 50 41 ' ' PART ap-384 50 42 lo-8 lo-8 NOUN ap-384 50 43 1kg'm-2's 1kg'm-2's NUM ap-384 50 44 - - SYM ap-384 50 45 ri ri NOUN ap-384 50 46 ( ( PUNCT ap-384 50 47 from from ADP ap-384 50 48 ftg ftg PROPN ap-384 50 49 . . PUNCT ap-384 51 1 l l NOUN ap-384 51 2 ) ) PUNCT ap-384 51 3 lqen lqen NOUN ap-384 52 1 = = PUNCT ap-384 52 2 4.4 4.4 NUM ap-384 52 3 ' ' PUNCT ap-384 52 4 rc rc PROPN ap-384 52 5 - - PUNCT ap-384 52 6 s s PART ap-384 52 7 ftg'm-2's ftg'm-2's NOUN ap-384 52 8 - - PUNCT ap-384 52 9 rl rl PROPN ap-384 52 10 ( ( PUNCT ap-384 52 11 flom flom PROPN ap-384 52 12 fig fig NOUN ap-384 52 13 . . PUNCT ap-384 53 1 2 2 NUM ap-384 53 2 ) ) PUNCT ap-384 53 3 lqm lqm NOUN ap-384 54 1 = = SYM ap-384 54 2 35 35 NUM ap-384 54 3 ' ' PUNCT ap-384 54 4 tg tg PROPN ap-384 54 5 - - PUNCT ap-384 54 6 a a DET ap-384 54 7 11g'tn-2't 11g'tn-2't NOUN ap-384 54 8 - - PUNCT ap-384 54 9 r1 r1 NOUN ap-384 54 10 ( ( PUNCT ap-384 54 11 from from ADP ap-384 54 12 fig fig NOUN ap-384 54 13 . . PUNCT ap-384 55 1 3 3 X ap-384 55 2 ) ) PUNCT ap-384 55 3 table table NOUN ap-384 55 4 l l NOUN ap-384 55 5 : : PUNCT ap-384 55 6 condensation condensation NOUN ap-384 55 7 region region NOUN ap-384 55 8 according accord VERB ap-384 55 9 to to ADP ap-384 55 10 glaser glaser PROPN ap-384 55 11 's 's PART ap-384 55 12 method method NOUN ap-384 55 13 lqan lqan NOUN ap-384 55 14 = = PUNCT ap-384 55 15 4,q 4,q NOUN ap-384 55 16 8n 8n NOUN ap-384 55 17 ' ' PART ap-384 55 18 dial dial NOUN ap-384 55 19 ( ( PUNCT ap-384 55 20 coordinate coordinate NOUN ap-384 55 21 system system NOUN ap-384 55 22 ( ( PUNCT ap-384 55 23 rjri rjri ADJ ap-384 55 24 , , PUNCT ap-384 55 25 fr fr NOUN ap-384 55 26 ) ) PUNCT ap-384 55 27 ) ) PUNCT ap-384 55 28 and and CCONJ ap-384 55 29 dral dral ADJ ap-384 55 30 ( ( PUNCT ap-384 55 31 coordinate coordinate NOUN ap-384 55 32 system system NOUN ap-384 55 33 ( ( PUNCT ap-384 55 34 r"ff r"ff NOUN ap-384 55 35 , , PUNCT ap-384 55 36 co co NOUN ap-384 55 37 , , PUNCT ap-384 55 38 ) ) PUNCT ap-384 55 39 ) ) PUNCT ap-384 55 40 . . PUNCT ap-384 56 1 let let VERB ap-384 56 2 us we PRON ap-384 56 3 have have VERB ap-384 56 4 , , PUNCT ap-384 56 5 for for ADP ap-384 56 6 example example NOUN ap-384 56 7 , , PUNCT ap-384 56 8 a a DET ap-384 56 9 building building NOUN ap-384 56 10 envelope envelope NOUN ap-384 56 11 realized realize VERB ap-384 56 12 by by ADP ap-384 56 13 a a DET ap-384 56 14 plain plain ADJ ap-384 56 15 brick brick NOUN ap-384 56 16 wall wall NOUN ap-384 56 17 ( ( PUNCT ap-384 56 18 without without ADP ap-384 56 19 plaster plaster NOUN ap-384 56 20 , , PUNCT ap-384 56 21 g g NOUN ap-384 56 22 = = NOUN ap-384 56 23 9 9 NUM ap-384 56 24 ) ) PUNCT ap-384 56 25 of of ADP ap-384 56 26 thickness thickness NOUN ap-384 56 27 d--44 d--44 PROPN ap-384 56 28 cm cm NOUN ap-384 56 29 . . PUNCT ap-384 56 30 -fhe -fhe PUNCT ap-384 57 1 wall wall PROPN ap-384 57 2 separates separate VERB ap-384 57 3 a a DET ap-384 57 4 heated heated ADJ ap-384 57 5 room room NOUN ap-384 57 6 of of ADP ap-384 57 7 a a DET ap-384 57 8 usual usual ADJ ap-384 57 9 environment environment NOUN ap-384 57 10 ( ( PUNCT ap-384 57 11 surface surface NOUN ap-384 57 12 temperature temperature NOUN ap-384 57 13 and and CCONJ ap-384 57 14 relative relative ADJ ap-384 57 15 humidity humidity NOUN ap-384 57 16 : : PUNCT ap-384 57 17 tr=293.15 tr=293.15 PROPN ap-384 57 18 k k PROPN ap-384 57 19 , , PUNCT ap-384 57 20 9f60vo 9f60vo NUM ap-384 57 21 rh rh PROPN ap-384 57 22 ) ) PUNCT ap-384 57 23 from from ADP ap-384 57 24 an an DET ap-384 57 25 outdoor outdoor ADJ ap-384 57 26 space space NOUN ap-384 57 27 ( ( PUNCT ap-384 57 28 tr=293.15 tr=293.15 NOUN ap-384 57 29 k k PROPN ap-384 57 30 , , PUNCT ap-384 57 31 qr=60 qr=60 PROPN ap-384 57 32 7o 7o PROPN ap-384 57 33 rh rh PROPN ap-384 57 34 ) ) PUNCT ap-384 57 35 . . PUNCT ap-384 58 1 table table NOUN ap-384 58 2 i i PRON ap-384 58 3 and and CCONJ ap-384 58 4 frgs frgs PROPN ap-384 58 5 ' ' PART ap-384 58 6 l l NOUN ap-384 58 7 , , PUNCT ap-384 58 8 2 2 NUM ap-384 58 9 , , PUNCT ap-384 58 10 3 3 NUM ap-384 58 11 show show VERB ap-384 58 12 the the DET ap-384 58 13 results result NOUN ap-384 58 14 of of ADP ap-384 58 15 glaser glaser NOUN ap-384 58 16 's 's PART ap-384 58 17 schemes scheme NOUN ap-384 58 18 based base VERB ap-384 58 19 on on ADP ap-384 58 20 isothermal isothermal ADJ ap-384 58 21 and and CCONJ ap-384 58 22 non non ADJ ap-384 58 23 - - ADJ ap-384 58 24 isothermal isothermal ADJ ap-384 58 25 diffusions diffusion NOUN ap-384 58 26 and and CCONJ ap-384 58 27 applied apply VERB ap-384 58 28 to to ADP ap-384 58 29 the the DET ap-384 58 30 structure structure NOUN ap-384 58 31 given give VERB ap-384 58 32 above above ADV ap-384 58 33 . . PUNCT ap-384 59 1 since since SCONJ ap-384 59 2 the the DET ap-384 59 3 structure structure NOUN ap-384 59 4 is be AUX ap-384 59 5 only only ADV ap-384 59 6 ' ' PUNCT ap-384 59 7 weakly weakly ADJ ap-384 59 8 ' ' PUNCT ap-384 59 9 non non ADJ ap-384 59 10 - - ADJ ap-384 59 11 isothermal isothermal ADJ ap-384 59 12 ( ( PUNCT ap-384 59 13 7,-tr 7,-tr NUM ap-384 59 14 < < X ap-384 59 15 40k 40k NUM ap-384 59 16 ) ) PUNCT ap-384 59 17 , , PUNCT ap-384 59 18 iarge iarge ADJ ap-384 59 19 differences difference NOUN ap-384 59 20 in in ADP ap-384 59 21 results result NOUN ap-384 59 22 can can AUX ap-384 59 23 not not PART ap-384 59 24 be be AUX ap-384 59 25 expected expect VERB ap-384 59 26 ( ( PUNCT ap-384 59 27 see see VERB ap-384 59 28 the the DET ap-384 59 29 discussion discussion NOUN ap-384 59 30 in in ADP ap-384 59 31 [ [ X ap-384 59 32 10 10 NUM ap-384 59 33 ] ] NUM ap-384 59 34 ) ) PUNCT ap-384 59 35 . . PUNCT ap-384 60 1 p*/pa p*/pa VERB ap-384 60 2 o o NOUN ap-384 60 3 osx'lolulu osx'lolulu ADJ ap-384 60 4 arl arl PROPN ap-384 60 5 | > X ap-384 72 10 40 40 NUM ap-384 72 11 k k NOUN ap-384 72 12 ) ) PUNCT ap-384 72 13 the the DET ap-384 72 14 difference difference NOUN ap-384 72 15 may may AUX ap-384 72 16 be be AUX ap-384 72 17 significantly significantly ADV ap-384 72 18 larger large ADJ ap-384 72 19 [ [ X ap-384 72 20 10 10 NUM ap-384 72 21 ] ] PUNCT ap-384 72 22 , , PUNCT ap-384 72 23 and and CCONJ ap-384 72 24 in in ADP ap-384 72 25 such such ADJ ap-384 72 26 cases case NOUN ap-384 72 27 the the DET ap-384 72 28 dial dial NOUN ap-384 72 29 model model NOUN ap-384 72 30 will will AUX ap-384 72 31 yield yield VERB ap-384 72 32 a a DET ap-384 72 33 more more ADV ap-384 72 34 realistic realistic ADJ ap-384 72 35 prognosis prognosis NOUN ap-384 72 36 as as ADP ap-384 72 37 compared compare VERB ap-384 72 38 with with ADP ap-384 72 39 the the DET ap-384 72 40 standard standard ADJ ap-384 72 41 model model NOUN ap-384 72 42 . . PUNCT ap-384 73 1 which which PRON ap-384 73 2 overestimates overestimate VERB ap-384 73 3 the the DET ap-384 73 4 amount amount NOUN ap-384 73 5 of of ADP ap-384 73 6 condensate condensate NOUN ap-384 73 7 occurring occur VERB ap-384 73 8 in in ADP ap-384 73 9 building building NOUN ap-384 73 10 stmctures stmcture NOUN ap-384 73 11 . . PUNCT ap-384 74 1 however however ADV ap-384 74 2 , , PUNCT ap-384 74 3 thanks thank NOUN ap-384 74 4 to to ADP ap-384 74 5 the the DET ap-384 74 6 ability ability NOUN ap-384 74 7 to to PART ap-384 74 8 overestimate overestimate VERB ap-384 74 9 the the DET ap-384 74 10 condensate condensate NOUN ap-384 74 11 , , PUNCT ap-384 74 12 glaser glaser PROPN ap-384 74 13 's 's PART ap-384 74 14 standard standard ADJ ap-384 74 15 model model NOUN ap-384 74 16 yields yield NOUN ap-384 74 17 prognoses prognosis NOUN ap-384 74 18 that that PRON ap-384 74 19 are be AUX ap-384 74 20 on on ADP ap-384 74 21 the the DET ap-384 74 22 ' ' PUNCT ap-384 74 23 safe safe ADJ ap-384 74 24 side side NOUN ap-384 74 25 ' ' PUNCT ap-384 74 26 , , PUNCT ap-384 74 27 though though SCONJ ap-384 74 28 not not PART ap-384 74 29 always always ADV ap-384 74 30 on on ADP ap-384 74 31 the the DET ap-384 74 32 ' ' PUNCT ap-384 74 33 economical economical ADJ ap-384 74 34 side side NOUN ap-384 74 35 ' ' PUNCT ap-384 74 36 . . PUNCT ap-384 75 1 4 4 NUM ap-384 75 2 conclusion conclusion NOUN ap-384 75 3 it it PRON ap-384 75 4 has have AUX ap-384 75 5 been be AUX ap-384 75 6 illustrated illustrate VERB ap-384 75 7 that that SCONJ ap-384 75 8 glaser glaser PROPN ap-384 75 9 's 's PART ap-384 75 10 standard standard ADJ ap-384 75 11 condensation condensation NOUN ap-384 75 12 model model NOUN ap-384 75 13 can can AUX ap-384 75 14 be be AUX ap-384 75 15 modified modify VERB ap-384 75 16 to to PART ap-384 75 17 include include VERB ap-384 75 18 fully fully ADV ap-384 75 19 non non ADJ ap-384 75 20 - - ADJ ap-384 75 21 isothermal isothermal ADJ ap-384 75 22 calculations calculation NOUN ap-384 75 23 ofwater ofwater NOUN ap-384 75 24 condensate condensate NOUN ap-384 75 25 appearing appear VERB ap-384 75 26 in in ADP ap-384 75 27 building build VERB ap-384 75 28 structures structure NOUN ap-384 75 29 . . PUNCT ap-384 76 1 such such ADJ ap-384 76 2 calculations calculation NOUN ap-384 76 3 do do AUX ap-384 76 4 not not PART ap-384 76 5 lead lead VERB ap-384 76 6 to to ADP ap-384 76 7 very very ADV ap-384 76 8 diflerent diflerent ADJ ap-384 76 9 results result NOUN ap-384 76 10 in in ADP ap-384 76 11 normal normal ADJ ap-384 76 12 central central ADJ ap-384 76 13 european european ADJ ap-384 76 14 climatic climatic ADJ ap-384 76 15 regions region NOUN ap-384 76 16 ( ( PUNCT ap-384 76 17 at at ADP ap-384 76 18 < < X ap-384 76 19 40 40 NUM ap-384 76 20 k k NOUN ap-384 76 21 ) ) PUNCT ap-384 76 22 . . PUNCT ap-384 77 1 howeve howeve PROPN ap-384 77 2 ! ! PUNCT ap-384 78 1 in in ADP ap-384 78 2 extreme extreme ADJ ap-384 78 3 climatic climatic ADJ ap-384 78 4 regions region NOUN ap-384 78 5 ( ( PUNCT ap-384 78 6 lt lt NOUN ap-384 78 7 > > X ap-384 78 8 40 40 NUM ap-384 78 9 k k NOUN ap-384 78 10 ) ) PUNCT ap-384 78 11 essential essential ADJ ap-384 78 12 differences difference NOUN ap-384 78 13 can can AUX ap-384 78 14 be be AUX ap-384 78 15 expected expect VERB ap-384 78 16 and and CCONJ ap-384 78 17 in in ADP ap-384 78 18 such such ADJ ap-384 78 19 events event NOUN ap-384 78 20 the the DET ap-384 78 21 dial dial NOUN ap-384 78 22 model model NOUN ap-384 78 23 offers offer VERB ap-384 78 24 a a DET ap-384 78 25 good good ADJ ap-384 78 26 tool tool NOUN ap-384 78 27 for for ADP ap-384 78 28 a a DET ap-384 78 29 more more ADV ap-384 78 30 realistic realistic ADJ ap-384 78 31 assessment assessment NOUN ap-384 78 32 of of ADP ap-384 78 33 condensation condensation NOUN ap-384 78 34 problems problem NOUN ap-384 78 35 . . PUNCT ap-384 79 1 in in ADP ap-384 79 2 conclusion conclusion NOUN ap-384 79 3 , , PUNCT ap-384 79 4 it it PRON ap-384 79 5 should should AUX ap-384 79 6 be be AUX ap-384 79 7 stressed stress VERB ap-384 79 8 that that SCONJ ap-384 79 9 glaser glaser PROPN ap-384 79 10 's 's PART ap-384 79 11 standard standard ADJ ap-384 79 12 condensation condensation NOUN ap-384 79 13 scheme scheme NOUN ap-384 79 14 provides provide VERB ap-384 79 15 an an DET ap-384 79 16 assessment assessment NOUN ap-384 79 17 that that PRON ap-384 79 18 is be AUX ap-384 79 19 on on ADP ap-384 79 20 the the DET ap-384 79 21 safe safe ADJ ap-384 79 22 side side NOUN ap-384 79 23 , , PUNCT ap-384 79 24 but but CCONJ ap-384 79 25 especially especially ADV ap-384 79 26 in in ADP ap-384 79 27 extreme extreme ADJ ap-384 79 28 non non ADJ ap-384 79 29 - - ADJ ap-384 79 30 isothermal isothermal ADJ ap-384 79 31 cases case NOUN ap-384 79 32 it it PRON ap-384 79 33 will will AUX ap-384 79 34 not not PART ap-384 79 35 lead lead VERB ap-384 79 36 to to ADP ap-384 79 37 an an DET ap-384 79 38 economicallv economicallv ADJ ap-384 79 39 optimal optimal ADJ ap-384 79 40 design design NOUN ap-384 79 41 of of ADP ap-384 79 42 building building NOUN ap-384 79 43 stmctures stmcture NOUN ap-384 79 44 . . PUNCT ap-384 80 1 references reference NOUN ap-384 80 2 tll tll PROPN ap-384 80 3 glaser glaser PROPN ap-384 80 4 , , PUNCT ap-384 80 5 h. h. PROPN ap-384 80 6 : : PUNCT ap-384 80 7 einfluss einfluss ADJ ap-384 80 8 der der NOUN ap-384 80 9 temperatur temperatur PROPN ap-384 80 10 auf auf PROPN ap-384 80 11 dm dm PROPN ap-384 80 12 dampfdurchgang dampfdurchgang PROPN ap-384 80 13 durch durch INTJ ap-384 80 14 trockme trockme PROPN ap-384 80 15 isolicntrinfu isolicntrinfu PROPN ap-384 80 16 . . PUNCT ap-384 81 1 kiiltetechnik kiiltetechnik PROPN ap-384 81 2 , , PUNCT ap-384 81 3 vol vol NOUN ap-384 81 4 . . PROPN ap-384 81 5 9 9 NUM ap-384 81 6 , , PUNCT ap-384 81 7 1957 1957 NUM ap-384 81 8 , , PUNCT ap-384 81 9 no.6 no.6 PROPN ap-384 81 10 , , PUNCT ap-384 81 11 p. p. NOUN ap-384 81 12 158 158 NUM ap-384 81 13 - - SYM ap-384 81 14 159 159 NUM ap-384 81 15 . . PUNCT ap-384 81 16 121 121 NUM ap-384 81 17 glaser glaser PROPN ap-384 81 18 , , PUNCT ap-384 81 19 h. h. PROPN ap-384 81 20 : : PUNCT ap-384 81 21 wtirmekitung wtirmekitung PROPN ap-384 81 22 unl unl PROPN ap-384 81 23 " " PUNCT ap-384 81 24 feuchtigheitsdurchgong feuchtigheitsdurchgong PROPN ap-384 81 25 durch durch PROPN ap-384 81 26 klhlraumisolierungen klhlraumisolierungen PROPN ap-384 81 27 . . PROPN ap-384 82 1 kiltetechnik kiltetechnik PROPN ap-384 82 2 , , PUNCT ap-384 82 3 vol vol NOUN ap-384 82 4 . . PROPN ap-384 82 5 10 10 NUM ap-384 82 6 , , PUNCT ap-384 82 7 1958 1958 NUM ap-384 82 8 , , PUNCT ap-384 82 9 no no INTJ ap-384 82 10 . . NOUN ap-384 82 11 3 3 NUM ap-384 82 12 , , PUNCT ap-384 82 13 p. p. NOUN ap-384 82 14 86 86 NUM ap-384 82 15 - - SYM ap-384 82 16 91 91 NUM ap-384 82 17 . . PUNCT ap-384 83 1 t3l t3l VERB ap-384 83 2 glaser glaser PROPN ap-384 83 3 , , PUNCT ap-384 83 4 h. h. PROPN ap-384 83 5 : : PUNCT ap-384 83 6 temperaturund temperaturund PROPN ap-384 83 7 dam.pfdru dam.pfdru PROPN ap-384 83 8 , , PUNCT ap-384 83 9 ckuerlnuf ckuerlnuf VERB ap-384 83 10 in in ADP ap-384 83 11 einer einer PROPN ap-384 83 12 homogenen homogenen PROPN ap-384 83 13 wand wand NOUN ap-384 83 14 bei bei NOUN ap-384 83 15 feuchtigheitsausscheid feuchtigheitsausscheid PROPN ap-384 83 16 , , PUNCT ap-384 83 17 ung ung PROPN ap-384 83 18 . . PUNCT ap-384 84 1 k k NOUN ap-384 84 2 : : PUNCT ap-384 84 3 iltetechnik iltetechnik NOUN ap-384 84 4 , , PUNCT ap-384 84 5 vol vol NOUN ap-384 84 6 . . PROPN ap-384 84 7 10 10 NUM ap-384 84 8 , , PUNCT ap-384 84 9 1958 1958 NUM ap-384 84 10 , , PUNCT ap-384 84 11 no.6 no.6 PROPN ap-384 84 12 , , PUNCT ap-384 84 13 p. p. NOUN ap-384 84 14 174 174 NUM ap-384 84 15 . . PUNCT ap-384 85 1 i4l i4l PROPN ap-384 85 2 glaser glaser PROPN ap-384 85 3 , , PUNCT ap-384 85 4 h h NOUN ap-384 85 5 : : PUNCT ap-384 85 6 vereinfachte vereinfachte PROPN ap-384 85 7 berechnung berechnung PROPN ap-384 85 8 der der ADJ ap-384 85 9 dampfdtfusion dampfdtfusion NOUN ap-384 85 10 durch durch NOUN ap-384 85 11 geschi.chtete geschi.chtete PROPN ap-384 85 12 wcinde wcinde NOUN ap-384 85 13 bei bei NOUN ap-384 85 14 ausscheid ausscheid NOUN ap-384 85 15 , , PUNCT ap-384 85 16 ung ung PROPN ap-384 85 17 am am PROPN ap-384 85 18 wasser wasser PROPN ap-384 85 19 md md PROPN ap-384 85 20 eis eis PROPN ap-384 86 1 ( ( PUNCT ap-384 86 2 i i PROPN ap-384 86 3 ) ) PUNCT ap-384 86 4 . . PUNCT ap-384 87 1 kahetechnik kahetechnik PROPN ap-384 87 2 , , PUNCT ap-384 87 3 vol vol NOUN ap-384 87 4 . . PROPN ap-384 87 5 10 10 NUM ap-384 87 6 , , PUNCT ap-384 87 7 1958 1958 NUM ap-384 87 8 , , PUNCT ap-384 87 9 no no INTJ ap-384 87 10 . . PUNCT ap-384 88 1 i i PRON ap-384 88 2 l l NOUN ap-384 88 3 , , PUNCT ap-384 88 4 p. p. NOUN ap-384 88 5 358 358 NUM ap-384 88 6 - - SYM ap-384 88 7 364 364 NUM ap-384 88 8 . . PUNCT ap-384 89 1 t5l t5l PROPN ap-384 89 2 glaser glaser PROPN ap-384 89 3 , , PUNCT ap-384 89 4 h. h. PROPN ap-384 89 5 : : PUNCT ap-384 89 6 vereinfachte vereinfachte PROPN ap-384 89 7 berechnung berechnung PROPN ap-384 89 8 der der ADJ ap-384 89 9 dampjilifirion dampjilifirion NOUN ap-384 89 10 funch funch NOUN ap-384 89 11 geschichtete geschichtete VERB ap-384 89 12 wcind wcind ADJ ap-384 89 13 , , PUNCT ap-384 89 14 e e PROPN ap-384 89 15 bei bei PROPN ap-384 89 16 ausscheidung ausscheidung PROPN ap-384 89 17 aon aon PROPN ap-384 89 18 wasser wasser PROPN ap-384 89 19 und und PROPN ap-384 89 20 . . PUNCT ap-384 90 1 eis eis PROPN ap-384 90 2 ( ( PUNCT ap-384 90 3 ii ii PROPN ap-384 90 4 ) ) PUNCT ap-384 90 5 . . PUNCT ap-384 91 1 kiiltetechnik kiiltetechnik PROPN ap-384 91 2 , , PUNCT ap-384 91 3 vol vol NOUN ap-384 91 4 . . PROPN ap-384 91 5 10 10 NUM ap-384 91 6 , , PUNCT ap-384 91 7 i958 i958 NUM ap-384 91 8 , , PUNCT ap-384 91 9 no no INTJ ap-384 91 10 . . NOUN ap-384 91 11 12 12 NUM ap-384 91 12 , , PUNCT ap-384 91 13 p. p. NOUN ap-384 91 14 386 386 NUM ap-384 91 15 - - SYM ap-384 91 16 390 390 NUM ap-384 91 17 . . PUNCT ap-384 92 1 t6l t6l PROPN ap-384 92 2 glaser glaser PROPN ap-384 92 3 , , PUNCT ap-384 92 4 h h NOUN ap-384 92 5 : : PUNCT ap-384 92 6 zur zur NOUN ap-384 92 7 wahl wahl NOUN ap-384 92 8 dzr dzr PROPN ap-384 92 9 difiuionsuiderstandsfaktorm difiuionsuiderstandsfaktorm NOUN ap-384 92 10 uon uon NOUN ap-384 92 11 mehrschir.htigm mehrschir.htigm PROPN ap-384 92 12 kiihlraumw(mfun kiihlraumw(mfun PROPN ap-384 92 13 . . PUNCT ap-384 93 1 kaltetechnik kaltetechnik PROPN ap-384 93 2 , , PUNCT ap-384 93 3 vol vol NOUN ap-384 93 4 . . PUNCT ap-384 94 1 i i PRON ap-384 94 2 l l NOUN ap-384 94 3 , , PUNCT ap-384 94 4 1959 1959 NUM ap-384 94 5 , , PUNCT ap-384 94 6 no.7,p.214 no.7,p.214 NOUN ap-384 94 7 - - PUNCT ap-384 94 8 222 222 NUM ap-384 94 9 . . PUNCT ap-384 95 1 t7l t7l PRON ap-384 95 2 glaser glaser PROPN ap-384 95 3 , , PUNCT ap-384 95 4 h h NOUN ap-384 95 5 : : PUNCT ap-384 95 6 graphisches graphische VERB ap-384 95 7 vetfahren vetfahren PROPN ap-384 95 8 zur zur PROPN ap-384 95 9 untersuchung untersuchung PROPN ap-384 95 10 aon aon PROPN ap-384 95 11 difusionsuorgtingen difusionsuorgtingen PROPN ap-384 95 12 . . PUNCT ap-384 96 1 k k NOUN ap-384 96 2 : : PUNCT ap-384 96 3 iltetechnik iltetechnik NOUN ap-384 96 4 , , PUNCT ap-384 96 5 vol vol NOUN ap-384 96 6 . . PUNCT ap-384 97 1 i i PRON ap-384 97 2 l l NOUN ap-384 97 3 , , PUNCT ap-384 97 4 1959 1959 NUM ap-384 97 5 , , PUNCT ap-384 97 6 no no INTJ ap-384 97 7 . . NOUN ap-384 97 8 10 10 NUM ap-384 97 9 , , PUNCT ap-384 97 10 p.345 p.345 NOUN ap-384 97 11 - - SYM ap-384 97 12 349 349 NUM ap-384 97 13 . . PUNCT ap-384 98 1 t8l t8l NOUN ap-384 98 2 germnn germnn PROPN ap-384 98 3 therm"ol therm"ol PRON ap-384 98 4 standnrd standnrd NOUN ap-384 98 5 : : PUNCT ap-384 98 6 din din VERB ap-384 98 7 4108 4108 NUM ap-384 98 8 . . PUNCT ap-384 99 1 deutsches deutsche NOUN ap-384 99 2 institut institut PROPN ap-384 99 3 fiir fiir PROPN ap-384 99 4 normung normung PROPN ap-384 99 5 , , PUNCT ap-384 99 6 berlin berlin PROPN ap-384 99 7 , , PUNCT ap-384 99 8 1999 1999 NUM ap-384 99 9 . . PUNCT ap-384 100 1 tgl tgl PROPN ap-384 100 2 czechthermal czechthermal ADJ ap-384 100 3 standnrd standnrd NOUN ap-384 100 4 : : PUNCT ap-384 100 5 csn csn PROPN ap-384 100 6 zs zs PROPN ap-384 100 7 0540.cs 0540.cs NOUN ap-384 100 8 . . PUNCT ap-384 101 1 normalizainf normalizainf PROPN ap-384 101 2 institut institut PROPN ap-384 101 3 , , PUNCT ap-384 101 4 praha praha PROPN ap-384 101 5 , , PUNCT ap-384 101 6 1994 1994 NUM ap-384 101 7 . . PUNCT ap-384 102 1 [ [ X ap-384 102 2 0 0 X ap-384 102 3 ] ] X ap-384 102 4 ficker ficker NOUN ap-384 102 5 , , PUNCT ap-384 102 6 t. t. PROPN ap-384 102 7 , , PUNCT ap-384 102 8 podeivovi podeivovi PROPN ap-384 102 9 , , PUNCT ap-384 102 10 z. z. PROPN ap-384 102 11 : : PUNCT ap-384 102 12 , , PUNCT ap-384 102 13 modtls modtls NOUN ap-384 102 14 for for ADP ap-384 102 15 non non ADJ ap-384 102 16 - - ADJ ap-384 102 17 isotlwnnal isotlwnnal ADJ ap-384 102 18 steadt steadt NOUN ap-384 102 19 - - PUNCT ap-384 102 20 state state NOUN ap-384 102 21 difusion difusion NOUN ap-384 102 22 in in ADP ap-384 102 23 porous porous ADJ ap-384 102 24 buil.d buil.d NOUN ap-384 102 25 , , PUNCT ap-384 102 26 ing ing PROPN ap-384 102 27 materiak materiak PROPN ap-384 102 28 . . PUNCT ap-384 103 1 acta acta PROPN ap-384 103 2 polytechnica polytechnica PROPN ap-384 103 3 ( ( PUNCT ap-384 103 4 accepted accept VERB ap-384 103 5 for for ADP ap-384 103 6 publication publication NOUN ap-384 103 7 ) ) PUNCT ap-384 103 8 . . PUNCT ap-384 104 1 assoc assoc PROPN ap-384 104 2 . . PUNCT ap-384 104 3 prof prof PROPN ap-384 104 4 . . PUNCT ap-384 105 1 rndr rndr PROPN ap-384 105 2 . . PUNCT ap-384 106 1 tom tom PROPN ap-384 106 2 : : PUNCT ap-384 106 3 i5 i5 PROPN ap-384 106 4 ficker ficker PROPN ap-384 106 5 , , PUNCT ap-384 106 6 drsc drsc PROPN ap-384 106 7 . . PUNCT ap-384 107 1 phone phone NOUN ap-384 107 2 : : PUNCT ap-384 108 1 + + NUM ap-384 109 1 420 420 NUM ap-384 109 2 541 541 NUM ap-384 109 3 147 147 NUM ap-384 109 4 661 661 NUM ap-384 109 5 e e NOUN ap-384 109 6 - - NOUN ap-384 109 7 mail mail NOUN ap-384 109 8 : : PUNCT ap-384 109 9 fyfrc@fce.vutbr fyfrc@fce.vutbr NOUN ap-384 109 10 . . PUNCT ap-384 110 1 cz cz PROPN ap-384 110 2 department department PROPN ap-384 110 3 of of ADP ap-384 110 4 physics physics PROPN ap-384 110 5 ing ing PROPN ap-384 110 6 . . PUNCT ap-384 111 1 zdenka zdenka PROPN ap-384 111 2 pode5vovd pode5vovd PROPN ap-384 111 3 department department PROPN ap-384 111 4 of of ADP ap-384 111 5 building building PROPN ap-384 111 6 structures structure NOUN ap-384 111 7 university university PROPN ap-384 111 8 of of ADP ap-384 111 9 technology technology NOUN ap-384 111 10 faculty faculty NOUN ap-384 111 11 of of ADP ap-384 111 12 civil civil ADJ ap-384 111 13 engineering engineering NOUN ap-384 111 14 zrikova zrikova VERB ap-384 111 15 17 17 NUM ap-384 111 16 662 662 NUM ap-384 111 17 37 37 NUM ap-384 111 18 brno brno NOUN ap-384 111 19 , , PUNCT ap-384 111 20 czech czech PROPN ap-384 111 21 republic republic NOUN ap-384 111 22 36 36 NUM ap-384 111 23 scan scan NOUN ap-384 111 24 34 34 NUM ap-384 111 25 scan scan NOUN ap-384 111 26 35 35 NUM ap-384 111 27 scan scan NOUN ap-384 111 28 36 36 NUM