# bib

id: materialsanddevices-138
author: Saint Gregoire, Pierre
title: Methods: A new type of articles to be published in the OAJ Materials and Devices
date: 2022-02-20
pages: 1
extension: .pdf
mime: application/pdf
words: 285
sentence: 14
flesch: 46
cache: cache/materialsanddevices-138.pdf
txt: txt/materialsanddevices-138.txt
summary:
  Such examples are frequent, it is why we introduce a new type of articles in the journal Materials and Devices : « METHODS » This type of article concerns all kinds of methods, whether theoretical, computational, experimental, or sample preparation methods, whether in the form of crystals, nanomaterials, thin or thick films, multilayers, etc. You have methods to present in details ?


id: materialsanddevices-13
author: none
title: LEAD-FREE BNT PIEZOELECTRIC THIN FILMS BY SOL-GEL METHOD
date: 2016-12-18
pages: 3
extension: .pdf
mime: application/pdf
words: 1294
sentence: 68
flesch: 55
cache: cache/materialsanddevices-13.pdf
txt: txt/materialsanddevices-13.txt
summary:
  In the present work, structural and electrical proprieties of BNT thin films prepared by the Sol-Gel method were studied. Figure 1: XRD patterns of BNT thin films.


id: materialsanddevices-107
title: Rev
date: 2020-05-15
extension: .doc
mime: application/msword
words: 2108
sentence: 91
flesch: 49
cache: cache/materialsanddevices-107.doc
txt: txt/materialsanddevices-107.txt
summary:
  Readers are aware that the contents of published articles may involve hazardous experiments if reproduced; the reproduction of experimental procedures described in articles is under the responsability of readers and their own analysis of potential danger. For this reason, in order to save your time, we decided to accept submissions of new articles in any form: when submitting your article, you may now submit a file edited freely, without following any template.


id: materialsanddevices-32
author: GHYATI, Souad
date: 2018-04-03
pages: 4
extension: .pdf
mime: application/pdf
words: 2049
sentence: 92
flesch: 47
cache: cache/materialsanddevices-32.pdf
txt: txt/materialsanddevices-32.txt
title:
  Polymer nanocomposites from natural clay: understanding clay-PEG interactions and their effect on spacing between clay-plates

summary:
  S.Ghyati, M.Benhamou, M.El-jai, I.Akhrif., Polymer nanocomposites from natural clay OAJ Materials and Devices, Vol 3 #1, 1103 (2018) – DOI: 10.23647/ca.md20181103 Article type: A-Regular research paper Polymer nanocomposites from natural clay: Understanding clay-PEG interaction and their effect on spacing between clay-plates S. Ghyati (1), M. Benhamou (2), M. El-jai (3), I. Akhrif (4) (1) ENSAM, Moulay Ismail University, P.O. Box 15290, Al Mansour, Meknes, Morocco, ghyatisouad@gmail.com (3) Here α is a numerical coefficient of the order of unity, Γ = 1 s2⁄ is the surface coverage (number of grafted polymer chains per unit area), where s is the mean-distance between the grafted chains, and Γ∗ = RG −2 denotes some threshold that indicates the passage from the mushroom to brush regimes, with the gyration-radius of a single swollen polymer chain, RG~bN 3 5⁄ .


id: materialsanddevices-18
author: BENDJERAD, Adel
date: 2017-04-19
pages: 4
extension: .pdf
mime: application/pdf
words: 1950
sentence: 120
flesch: 52
cache: cache/materialsanddevices-18.pdf
txt: txt/materialsanddevices-18.txt
title:
  Modeling of magnetic properties (Cr/NiO/Ni) based multi-layers deposited by magnetron sputtering using Preisach model

summary:
  It is mainly operated in the case of magnetic thin layers [1]. The general deposition techniques used to prepare magnetic layers are spray [17], e-beam


id: materialsanddevices-64
author: Rahmani, Abdelhai
title: Raman active modes of single-wall boron nitride nanotubes inside carbon nanotubes
date: 2018-10-28
pages: 4
extension: .pdf
mime: application/pdf
words: 2363
sentence: 146
flesch: 55
cache: cache/materialsanddevices-64.pdf
txt: txt/materialsanddevices-64.txt
summary:
  The number of Raman active modes calculated is independent of the nanotube diameter. In the intermediate and TLM regions, the same number of Raman active modes in armchair and zigzag SBNNT@SCNT is found.


id: materialsanddevices-79
title: Simulation and optimization of the nSiC layerâ€™s thickness in a nSiC/pSi photovoltaic cell
date: 2019-06-06
pages: 6
extension: .pdf
mime: application/pdf
words: 2488
sentence: 127
flesch: 57
cache: cache/materialsanddevices-79.pdf
txt: txt/materialsanddevices-79.txt
author:
  Kabe, Moyeme Daniel; Lare, Yendoube; Ottaviani, Laurent; Pasquinelli, Marcel; Barakel, Damien; Portail, Marc

summary:
  Rostami A. A new proposal for Si tandem solar cell: Significant efficiency enhancement in 3C–SiC/Si. The perspective of our work should consist of studying SiC-3C/Si tandem cells in order to better obtain a photovoltaic conversion of these cells in the short wavelengths.


id: materialsanddevices-14
title: Filling rate dependence on theoretical Raman spectra of carbon C60 peapods
date: 2016-12-21
pages: 4
extension: .pdf
mime: application/pdf
words: 1998
sentence: 89
flesch: 52
cache: cache/materialsanddevices-14.pdf
txt: txt/materialsanddevices-14.txt
author:
  Chadli, Hassane; Rahmani, Abdelali; Ait Abdelkader, Abdelmjid; Fergani, Fatima; Rahmani, Abdelhai; Fakrach, Brahim

summary:
  From a theoretical point of view, it was shown that C60 molecules inside SWNTs with a wide range of diameters from 1.25 nm to 2.71 nm can form ten different packing arrangements[8]. Concerning the high-wavenumber modes range, above 1200 cm-1, the main modes of C60 are located around 1219 (Hg(6)), 1403 Hg(7)), 1468 (Ag(2)), and 1582 cm-1 Hg(8)), in C60@(17,0), C60@(28,0), and C60@(29,0), independently of the configuration of C60 molecules inside the tube, these modes show a small upshift (1-2 cm-1) with respect to their position in the free C60 spectrum.


id: materialsanddevices-33
author: FERGANI, FATIMA
title: RAMAN-ACTIVE MODES IN DEFECTIVE PEAPOD
date: 2018-03-09
pages: 5
extension: .pdf
mime: application/pdf
words: 2539
sentence: 123
flesch: 54
cache: cache/materialsanddevices-33.pdf
txt: txt/materialsanddevices-33.txt
summary:
  In previous works of our group[11,12,13], we calculated the vibrational properties of non defect C60 peapods. The evolution of the Raman spectrum as a function of the spatial arrangement of defects in carbon nanotubes is discussed.


id: materialsanddevices-87
title: Dynamic Modeling of the Synchronous Double Star Generator
date: 2019-11-05
pages: 7
extension: .pdf
mime: application/pdf
words: 2464
sentence: 139
flesch: 49
cache: cache/materialsanddevices-87.pdf
txt: txt/materialsanddevices-87.txt
author:
  GNING, Ndeye Seynabou; AIT AHMAD, Nadia; Seck, Alioune; Ait AHMED, Mourad; Thiaw, Lamine; Benkhoris, Mohamed Fouad

summary:
  Studies carried out on double star machines show that in addition to reducing the pulsation amplitudes of the torque by using a large number of phases, a good choice of the phase Cite this article: N.S. Gning , Nadia. [10]F. Terrien and M. Benkhoris, “Analysis of double star motor drives for electrical propulsion,” in Electrical Machines and Drives Ninth International Conference on IET, vol. 468, pp.


id: materialsanddevices-19
author: ALLOUCHE, BILLAL
title: Lead potassium niobate thin films grown by Pulsed Laser Deposition
date: 2017-01-19
pages: 5
extension: .pdf
mime: application/pdf
words: 2610
sentence: 148
flesch: 61
cache: cache/materialsanddevices-19.pdf
txt: txt/materialsanddevices-19.txt
summary:
  Indeed, PKN thin film is oriented So PKN thin films can be of a great interest for ferroelectric and ferroelastic applications.


id: materialsanddevices-77
title: Modelling and simulation of an automatic solar module characteristics data acquisition system
date: 2019-02-20
pages: 9
extension: .pdf
mime: application/pdf
words: 3180
sentence: 125
flesch: 42
cache: cache/materialsanddevices-77.pdf
txt: txt/materialsanddevices-77.txt
author:
  Akoro, Edjadessamam; Maiga, Amadou Seidou; Tevi, Gabriel Jean Philippe; FAYE, Marie Emilienne; Sene, Moustapha

summary:
  The climatic parameters taken into Cite this article: E.Akoro, G. J. P. Tevi, M. E. Faye, M. Sene and A. S. Maiga, OAJ Materials and Devices, Vol 4 (1), 1602 (2019) – DOI: 10.23647/ca.md20191602 E.Akoro et al -Modelling and simulation of an automatic solar module characteristics data acquisition system OAJ Materials and Devices, Vol 4(1), 1602 (2019) – DOI: 10.23647/ca.md20191602 p2 account are the temperature and solar irradiation. This work consists in designing a device for automatic acquisition of the characteristics of solar modules and climatic parameters.


id: materialsanddevices-39
author: BOUTAHIR, Mourad
title: Identiï¬cation of mono- and few-layers graphene: Raman study
date: 2018-03-06
pages: 5
extension: .pdf
mime: application/pdf
words: 2946
sentence: 135
flesch: 52
cache: cache/materialsanddevices-39.pdf
txt: txt/materialsanddevices-39.txt
summary:
  Figure2: The atomic motions of Raman active modes in graphene bi-layer. The atomic motions of Raman active modes in graphene tri-layer.


id: materialsanddevices-70
author: NDIOUKANE, RÃ©mi; KOBOR, Diouma; MOTTE, Laurence; SOLARD, Jeanne
title: Optical properties of PZN-PT nanoparticles thin layer on ITO glass for photovoltaic application
date: 2019-02-27
pages: 7
extension: .pdf
mime: application/pdf
words: 3562
sentence: 145
flesch: 53
cache: cache/materialsanddevices-70.pdf
txt: txt/materialsanddevices-70.txt
summary:
  of PZN-PT nanoparticles thin layers for PV applications OAJ Materials and Devices, Vol 4 (1), 1502 (2019) – DOI: 10.23647/ca.md20191502 p1 Article type: Conf.-Conference paper (CASAMANSUN) Optical properties of PZN-PT nanoparticles thin layer on ITO glass for photovoltaic application R. Ndioukane (1), D. Kobor (1), L. Motte (2), J. Solard (3) (1) Laboratoire de Chimie et de Physique des Matériaux, Assane Seck University of Ziguinchor, Senegal (2) Laboratory for Vascular Translational Science, Paris 13 University, France (3) Centrale de proximité en nanotechnologies de Paris Nord, Institut Universitaire de Technologie de Villetaneuse, France Corresponding author: r.ndioukane1532@zig.univ.sn RECEIVED: 14 september 2018 / RECEIVED IN FINAL FORM: 12 february 2019 / ACCEPTED: 15 february 2019 For the ITO reference sample composed of ITO layer only, there is a strong transmission of more than 80 % throughout the visible band.


id: materialsanddevices-25
date: 2018-03-21
pages: 6
extension: .pdf
mime: application/pdf
words: 3503
sentence: 156
flesch: 50
cache: cache/materialsanddevices-25.pdf
txt: txt/materialsanddevices-25.txt
author:
  EL OUADDI, Hassan; TIRBIYINE, Ahmed; TAOUFIK, Ahmed; AIT AHMED, Youssef; CHIBAN, Fatiha; CHAIB, Hassan; NAFIDI, Abdelhakim; SENOUSSI, Sadok

title:
  Vortex phase transition and superconducting properties in quasi-two-dimensional k-(BEDT-TTF)2Cu[N(CN)2]Br organic superconductor

summary:
  The results of the critical current and the shielding effect for the κ-(BEDT- TTF)2Cu[N(CN)2]Br sample are also present as function of magnetic field at different temperatures with magnetic fields applied perpendicular to the conducting planes. Superconducting transition temperature Tc is determined using the dc magnetic susceptibility.


id: materialsanddevices-20
author: Collado, Ana Karelia
title: Encapsulation of a steroid in polymer matrix of chitosan
date: 2017-06-04
pages: 5
extension: .pdf
mime: application/pdf
words: 3141
sentence: 145
flesch: 48
cache: cache/materialsanddevices-20.pdf
txt: txt/materialsanddevices-20.txt
summary:
  As for the yield of the process, 69 ± 1% was obtained for CHI /DI31 microparticles and 54.4 ± 0.8% for CHI / DI31 + TPP microparticles. FTIR spectra of CHI / DI-31 + TPP microparticles Release study of CHI/ DI-31 microparticles in ethanol / water and buffer-phosphate solution (PBS)


id: materialsanddevices-34
author: none
title: Investigation of DNA denaturation from generalized Morse potential
date: 2018-07-11
pages: 6
extension: .pdf
mime: application/pdf
words: 3523
sentence: 162
flesch: 49
cache: cache/materialsanddevices-34.pdf
txt: txt/materialsanddevices-34.txt
summary:
  R. El Kinani, H. Kaidi, M. Benhamou., Investigation of DNA denaturation from generalized Morse potential Materials and Devices, Vol 3 #2,0207 (2018) – DOI: 10.23647/ca.md20180207 Article type: A-Regular research paper Investigation of DNA denaturation from generalized Morse potential R. El Kinani (1), H. Kaidi (2), M. Benhamou (3) (1) Physics Department, Faculty of Sciences P.O. Box 11201, Moulay Ismail University, Meknes, Morocco, radouane_kin@yahoo.fr (2) CRMEF, P.O. Box 255, Meknes, Morocco, hamidkaidi@gmail.com (3) Physics Department, Faculty of Sciences P.O. Box 11201, Moulay Ismail University, Meknes, Morocco, benhamou.mabrouk@gmail.com Correspondingauthor: radouane_kin@yahoo.fr RECEIVED: 18 january 2018 / RECEIVED IN FINAL FORM: 30 june 2018 / ACCEPTED: 02 july 2018 The main conclusion is that, the present analytical study reveals that the generalized Morse potential is a good candidate for the study of DNA denaturation.


id: materialsanddevices-65
date: 2018-07-11
pages: 7
extension: .pdf
mime: application/pdf
words: 3198
sentence: 150
flesch: 52
cache: cache/materialsanddevices-65.pdf
txt: txt/materialsanddevices-65.txt
author:
  Draouil, Hajer; Alvarez, Laurent; Causse, Jeremy; Flaud, Valerie; ZaÃ¯bi, Mohamed; Bantignies, Jean-Louis; Oueslati, Meherzi; Cambedouzou, Julien

title:
  Carbon nanotubes functionalized with copper hexacyanoferrate nanoparticles for a selective extraction of cesium from liquid waste

summary:
  Comparing the C1s peaks of pristine NTs (fig.2.a) with PRG grafted NT samples (fig.2.c), we clearly see changes around 286 eV (linked to CO or CN bonds [12]), especially in terms of full width at half maximum (FWHM) (1eV for pristine NT and 1.3 eV for PRG-NT). For pristine NT, two chemical elements are identified: carbon atoms (peak around 285 eV) of the nanotubes and some oxygen (530 eV) probably covalently bond to the carbon network, giving rise to defects [12].


id: materialsanddevices-61
author: Belaaraj, Abdesselam; Tahiri, Obaida; Kassou, Said; El Mrabet, Rajae
title: Electronic and optical properties of Ba(1-x)Ca(x) TiO3 and Ba(1-x)Sr(x)TiO3
date: 2018-05-04
pages: 7
extension: .pdf
mime: application/pdf
words: 3763
sentence: 220
flesch: 60
cache: cache/materialsanddevices-61.pdf
txt: txt/materialsanddevices-61.txt
summary:
  Table 1: Calculated a-cell parameter and band gap energy of Ca and Sr-substitued BaTiO3 BaTiO3 Cell parameter(a) (Å) Band gap Eg (eV) 4.123 4.008 The calculated band structures based on the optimized geometry of the cell for the solid solutions show an indirect band gap character at M-points, with low energy dispersion along height symmetry directions in the Brillouin zone.


id: materialsanddevices-35
author: Chafai, Ahmed
title: ZnTe/CdSe type-II core/shell spherical quantum dot under an external electric field
date: 2018-04-07
pages: 6
extension: .pdf
mime: application/pdf
words: 3581
sentence: 204
flesch: 63
cache: cache/materialsanddevices-35.pdf
txt: txt/materialsanddevices-35.txt
summary:
  We have also shown that there are a competition between the effect of confinement and the effect of electric field. [23] performed a variational approach to investigate the behavior of an exciton confined in ZnO single quantum disk under lateral electric field.


id: materialsanddevices-121
author: Kovalenko, Olha; Ragulya, Andrey
date: 2021-01-14
pages: 3
extension: .pdf
mime: application/pdf
words: 562
sentence: 15
flesch: 14
cache: cache/materialsanddevices-121.pdf
txt: txt/materialsanddevices-121.txt
title:
  Chap. 20 - A review of the synthesis of single-crystal 1D perovskite nanostructures by the hydrothermal method: (1) Department of Physics, Chemistry and Technology of Nanotextured Ceramics and Nanocomposite Materials, Frantsevich Institute for Problems of Materials Science NASU, Ukraine (2) LLC NanoTechCenter, Ukraine

summary:
  *material with a high dielectric constant (k) as compared to silicon dioxide * Perovskites and other Framework Structure Crystalline Materials * p 572 Page 1 Chap.20 : A review of the synthesis of single-crystal 1D perovskite nanostructures by the hydrothermal method I. Introduction Acad. 2021) – DOI:10.23647/ca.md20200307 * Perovskites and other Framework Structure Crystalline Materials * p 571 mailto:olgiuskovalenko@gmail.com O.Kovalenko, A. Ragulya I. Introduction The perovskite-type compound with the general formula of ABO3 (Fig.1) is the most studied ferroelectric oxides due to the unique dielectric and ferroelectric properties1,2. Compositions based on the BaTiO3, SrTiO3, PbTiO3 and PbZrO3 form solid solutions with each other and with a large number of other oxides and provide an enormous va - riety of ferroelectric properties3.


id: materialsanddevices-142
author: Faisal Rasool; Amir Sohail
title: Spectrophysics of Coumarin-Based Chromophore
date: 2022-04-09
pages: 7
extension: .pdf
mime: application/pdf
words: 3854
sentence: 225
flesch: 57
cache: cache/materialsanddevices-142.pdf
txt: txt/materialsanddevices-142.txt
summary:
  [6] S. Kumar et al., “Engineering fused coumarin dyes: a molecular level understanding of aggregation quenching and tuning electroluminescence via alkyl chain substitution,” J. Mater. [15] K.-C. Tang et al., “Fine Tuning the Energetics of Excited-State Intramolecular Proton Transfer (ESIPT): White Light Generation in A Single ESIPT System,” J. Am.


id: materialsanddevices-146
author: Alawad, Bilal Abass Bilal ; Abdelbagi, Hesham Abdelbagi Ali; Ntsoane, Tshepo; Hlatshwayo, Thulani
title: Microstructure of zirconium carbide ceramics synthesized by spark plasma sintering
date: 2022-05-23
pages: 8
extension: .pdf
mime: application/pdf
words: 4384
sentence: 264
flesch: 63
cache: cache/materialsanddevices-146.pdf
txt: txt/materialsanddevices-146.txt
summary:
  Previous study reported that, pressure assisted sintering at high sintering temperature to obtained dense ZrC ceramic [7]. The relative density of ZrC prepared by SPS was seen to increase as sintering temperature increased.


id: materialsanddevices-75
author: MBAYE, AMY
date: 2019-05-30
pages: 8
extension: .pdf
mime: application/pdf
words: 4409
sentence: 226
flesch: 53
cache: cache/materialsanddevices-75.pdf
txt: txt/materialsanddevices-75.txt
title:
  ARMA model for short-term forecasting of solar potential: application to a horizontal surface of Dakar site.

summary:
  G. M. Ljung and G. E. P. Box, on a measure of lack of fit in time series models, Biometrika vol.65, p 297 (1978). A. Mbaye et al, ARMA model for short-term forecasting of solar potential OAJ Materials and Devices, Vol 4 (1), 1103 (2019) – DOI: 10.23647/ca.md20191103 p1 Article type: Conf.-Conference paper (CASAMANSUN2018) ARMA model for short-term forecasting of solar potential: application to a horizontal surface on Dakar site A. Mbaye1, M.L. Ndiaye1, D.M. Ndione2, M. Sylla1, M.C. Aidara1, M. Diaw2,1, V. Traoré2, A. Ndiaye1 and P.A.S. Ndiaye1 1International Center for Training and Research in Solar Energy /ESP/UCAD, BP 5085, Dakar-Fann, Senegal.


id: materialsanddevices-78
author: Sidibba; Ndiaye; El Bah; Bouhamady, Ahmed; Diene; Menny; Sidi
date: 2019-02-20
pages: 12
extension: .pdf
mime: application/pdf
words: 5286
sentence: 234
flesch: 52
cache: cache/materialsanddevices-78.pdf
txt: txt/materialsanddevices-78.txt
title:
  Characterization and modeling of solar radiation on the ground, application to the estimate of solar potential available on the coast of Nouakchott

summary:
  These high values of available solar energy observed for measurements can be explained by the significance of the solar radiation intensity essentially due to a lack of cloud cover and low attenuation of solar radiation during the indicated period. Improved statistical procedure for the evaluation of solar radiation estimation models.


id: materialsanddevices-47
author: EL-MOUDNY, Soukaina; BENHAMOU, Mabrouk
date: 2018-05-04
pages: 7
extension: .pdf
mime: application/pdf
words: 5255
sentence: 211
flesch: 56
cache: cache/materialsanddevices-47.pdf
txt: txt/materialsanddevices-47.txt
title:
  Extensive study of cage effect and subdiffusion in Pickering emulsions using molecular dynamics simulations

summary:
  This exponent is 1, for normal diffusion regime, 0, for the plateau regime, and between 0 and 1, for the subdiffusive one. [2] between charged clothed droplets.


id: materialsanddevices-66
author: Benhamou, Mabrouk
title: Lecture on the anomalous diffusion in Condensed Matter Physics
date: 2018-08-27
pages: 10
extension: .pdf
mime: application/pdf
words: 4962
sentence: 291
flesch: 64
cache: cache/materialsanddevices-66.pdf
txt: txt/materialsanddevices-66.txt
summary:
  M. Benhamou – Review on anomalous diffusion in Condensed Matter Physics OAJ Materials and Devices, Vol 3 #2, 0730 (2018) – DOI: 10.23647/ca.md20180730 p7 -1.0 -0.5 0.0 0.5 1.0 1.5 2.0 2.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 C s =0.470 C s =0.595 C s =0.735 C s =1.058 C s =1.440 C s =1.881 C s =2.381 lo g ( M e a n S q u a re D is p la c e m e n t) log (Time) Figure 5: MSD versus dimensionless time, 𝐭/𝛕, in log-log scale, for various values of the salt- concentration, with fixed parameters: 𝐙 = 𝟓𝟎𝟎, 𝛔 = 𝟓𝟎𝟎𝟎 Å and 𝛒∗ = 𝟎. 𝟎𝟎𝟐𝟎. 0 2 4 6 8 10 12 14 -10 -5 0 5 10 15 20 V e lo c it y A u to c o rr e la ti o n F u n c ti o n Time C s =0.470  C s =0.595 C s =0.735 C s =1.058 C s =1.440 C s =1.881 C s =2.381 Figure 6: VACF versus the dimensionless time, 𝐭/𝛕, in log-log scale, for various values of the salt- concentration, with fixed parameters: 𝐙 = 𝟓𝟎𝟎, 𝛔 = 𝟓𝟎𝟎𝟎 Å and 𝛒∗ = 𝟎. 𝟎𝟎𝟐𝟎. Figures 5 and 6 show the time-variation of MSD and VACF, respectively. Math., vol.2, p 180 (1953) M. Benhamou – Review on anomalous diffusion in Condensed Matter Physics OAJ Materials and Devices, Vol 3 #2, 0730 (2018) – DOI: 10.23647/ca.md20180730 p9 34.


id: materialsanddevices-73
author: Dieng, Babacar; Beye, Modou; Toure, Moussa; Diouf, Djicknoum; Kobor, Diouma; Maiga, Amadou Seidou
title: Design and optimization of silicon nanostructures
date: 2019-02-20
pages: 15
extension: .pdf
mime: application/pdf
words: 6569
sentence: 341
flesch: 57
cache: cache/materialsanddevices-73.pdf
txt: txt/materialsanddevices-73.txt
summary:
  In this work, recent advances in various silicon nanostructures used for antireflection and light trapping in crystalline silicon solar cells, such as nanopyramids, nanopillars, nanocones and nanoparaboloids, are first reviewed. Conclusion We have reviewed recent advances in various silicon nanostructures used for antireflection and light trapping in crystalline silicon solar cells, such as nanopyramids, nanopillars, nanocones, and nanoparaboloids, with particular focus on the fabrication techniques, the structural parameters and the resulting performance.


id: materialsanddevices-127
author: Amir Sohail
date: 2022-02-24
pages: 12
extension: .pdf
mime: application/pdf
words: 4758
sentence: 338
flesch: 51
cache: cache/materialsanddevices-127.pdf
txt: txt/materialsanddevices-127.txt
title:
  Mini review Applications of FRET-based supramolecular architectures for temperature sensing and Cancer diagnosis: A mini-review

summary:
  2. Applications of supramolecular FRET System Based on Host-Guest Chemistry 2.1. Applications of supramolecular FRET System Based on Host-Guest Chemistry 2.1.


id: materialsanddevices-23
author: Saint-Gregoire, Pierre
title: Transpyrenean Encounter on Advanced Materials - conference volume
date: 2017-08-29
pages: 54
extension: .pdf
mime: application/pdf
words: 19344
sentence: 670
flesch: 31
cache: cache/materialsanddevices-23.pdf
txt: txt/materialsanddevices-23.txt
summary:
  – DOI: 10.23647/ca.md20170407 mailto:arana@ucm.es First Transpyrenean Encounter on Advanced Materials – TEAM1 – http://team1.co-ac.com Biocompatible Piezoelectric Materials for Tissue Engineering Paula M. Vilarinho (1) Sebastian Zlotnik (1), Marisa Maltez da Costa (1), Nathalie Barroca( 1), M. Helena Fernandes (1), Sandra Vieira (2), M. Odete Cruz e Silva (2), Ana Colete Mauricio (3), Brian Rodriguez (4) (1) Department of Materials and Ceramic Engineering, CICECO – Aveiro Materials Institute, University of Aveiro, Campus Santiago, 3810-193 Aveiro, Portugal (2)Centre for Cell Biology, Health Sciences and Biology Departments, University of Aveiro, 3810-193 Aveiro, Portugal (3) Clinicas Veterinárias, Instituto de Ciências Biomédicas Abel Salazar, Universidade do Porto, Porto, Portugal (4) School of Physics and Conway Institute of Biomolecular and Biomedical Research, University College Dublin, Dublin, Ireland Paula M. Vilarinho; paula.vilarinho@ua.pt Keywords : PIEZOELECTRICS, BIOMATERIALS, TISSUE GROWTH, BONE GROWTH Física de Materiales, Universidad Autónoma de Madrid carmen.arago@uam.es Paloma FERNÁNDEZ, Full professor, Department Materials Physics, Fac. of Physics, University Complutense, Madrid - arana@fis.ucm.es Togo Kossi NAPO, Professor, UNESCO Chair on Renewable energies, Faculty of Sciences, University of Lomé - silnapo@yahoo.fr Ukraine Yulian VYSOCHANSKII, Professor, Uzhgorod National University, Uzhgorod - vysochanskii@gmail.com United Kingdom James F. SCOTT, Depts. of Chemistry and Physics, St. Andrews University, St. Andrews, Fife, UK KY16 9ST - Jfs4@st- andrews.ac.uk: USA Michael D. HAMPTON, Professor, Department of Chemistry, University of Central Florida, Orlando, FL 32816 Alexei GRUVERMAN, Professor of Physics, University of Nebraska-Lincoln - agruverman2@unl.edu


id: materialsanddevices-105
author: none
title: Third International Symposium Nanomaterials: Microstructure and Properties â€“TRAMP19â€“
date: 2019-12-29
pages: 104
extension: .pdf
mime: application/pdf
words: 31522
sentence: 1261
flesch: 31
cache: cache/materialsanddevices-105.pdf
txt: txt/materialsanddevices-105.txt
summary:
  In this coordinate system we consider the majority of material properties - strength and hardness, thermal conductivity and diffusion, ferroelectricity and luminescence. The results show also how the control of atomic transport could allow thin film properties to be modified.


# ent

id: materialsanddevices-64
sid: 106
eid: 1
type: PERSON
entity:
  https://www.nature.com/articles/srep01385#auth-2 https://www.nature.com/articles/srep01385#auth-3 https://www.nature.com/articles/srep01385#auth-4


id: materialsanddevices-64
sid: 107
eid: 1
type: PERSON
entity:
  https://www.nature.com/articles/srep01385#auth-6 https://www.nature.com/articles/srep01385#auth-7 a. m.


id: materialsanddevices-75
sid: 211
eid: 8
type: ORG
entity:
  https://scholar.google.com/citations?user=gsikv-aaaaaj&hl=fr&oi=sra https://scholar.google.com/citations?user=09kxe5yaaaaj&hl=fr&oi=sra https://www.researchgate.net/profile/russell_davidson https://www.researchgate.net/profile/james_mackinnon a. mbaye et al


id: materialsanddevices-23
sid: 234
eid: 6
type: QUANTITY
entity:
  mailto:tiago.santos@ua.pt mailto:f.mohseni@ua.pt mailto:amin.davarpanah@ua.pt mailto:nunojoao@ua.pt mailto:jamaral@ua.pt mailto:vamaral@ua.pt first transpyrenean


id: materialsanddevices-105
sid: 85
eid: 6
type: ORG
entity:
  tramp19 symposium university of bordeaux cadi ayyad university aix-marseille university mohammed v university


id: materialsanddevices-105
sid: 140
eid: 1
type: ORG
entity:
  https://sites.google.com/site/tramp2019marrakech/ mailto:yannick.champion@simap.grenoble-inp.fr third


id: materialsanddevices-105
sid: 599
eid: 1
type: ORG
entity:
  https://sites.google.com/site/tramp2019marrakech/ mailto:arthur.marceauxditclement@arcelormittal.com


id: materialsanddevices-105
sid: 934
eid: 1
type: PERSON
entity:
  https://sites.google.com/site/tramp2019marrakech/ mailto:manalbenyoussef@gmail.com/phone:+33322827837


id: materialsanddevices-105
sid: 1031
eid: 2
type: PRODUCT
entity:
  mailto:hichamessoufi@gmail.com mailto:bihlahcen@yahoo.fr mailto:bih.hssain@usmba.ac.ma mailto:aalimoussa@gmail.com mailto:d.mezzane@gmail.com


id: materialsanddevices-105
sid: 1229
eid: 24
type: ORG
entity:
  .....................................................................................................................


id: materialsanddevices-105
sid: 1234
eid: 13
type: GPE
entity:
  ................................................................................................................................................


id: materialsanddevices-105
sid: 1237
eid: 9
type: DATE
entity:
  .................................................................................................................................... 83


id: materialsanddevices-105
sid: 1237
eid: 35
type: PERSON
entity:
  ...................................................................................................................................................


# pos

id: materialsanddevices-105
sid: 1229
tid: 38
pos: PUNCT
token:
  ..........................................................................................................................................

lemma:
  ..........................................................................................................................................


id: materialsanddevices-105
sid: 1229
tid: 68
pos: PUNCT
token:
  ................................................................................................................................

lemma:
  ................................................................................................................................


id: materialsanddevices-105
sid: 1229
tid: 88
pos: PUNCT
token:
  ...........................................................................................................................................

lemma:
  ...........................................................................................................................................


id: materialsanddevices-105
sid: 1229
tid: 102
pos: PUNCT
token:
  .....................................................................................................................................

lemma:
  .....................................................................................................................................


id: materialsanddevices-105
sid: 1230
tid: 44
pos: NUM
token:
  ..........................................................................................................................

lemma:
  ..........................................................................................................................


id: materialsanddevices-105
sid: 1230
tid: 55
pos: PUNCT
token:
  ...............................................................................................................................

lemma:
  ...............................................................................................................................


id: materialsanddevices-105
sid: 1230
tid: 64
pos: PUNCT
token:
  ..............................................................................................................

lemma:
  ..............................................................................................................


id: materialsanddevices-105
sid: 1231
tid: 103
pos: PUNCT
token:
  ...............................................................................................................

lemma:
  ...............................................................................................................


id: materialsanddevices-105
sid: 1231
tid: 137
pos: PROPN
token:
  ........................................................................................................................

lemma:
  ........................................................................................................................


id: materialsanddevices-105
sid: 1231
tid: 150
pos: PUNCT
token:
  ......................................................................................................................

lemma:
  ......................................................................................................................


id: materialsanddevices-105
sid: 1231
tid: 164
pos: PUNCT
token:
  .............................................................................................................................

lemma:
  .............................................................................................................................


id: materialsanddevices-105
sid: 1231
tid: 173
pos: PUNCT
token:
  ....................................................................................................................................

lemma:
  ....................................................................................................................................


id: materialsanddevices-105
sid: 1231
tid: 178
pos: PUNCT
token:
  .................................................................................................................................................

lemma:
  .................................................................................................................................................


id: materialsanddevices-105
sid: 1232
tid: 90
pos: NUM
token:
  ..................................................................................................................

lemma:
  ..................................................................................................................


id: materialsanddevices-105
sid: 1232
tid: 127
pos: PUNCT
token:
  ......................................................................................................

lemma:
  ......................................................................................................


id: materialsanddevices-105
sid: 1232
tid: 142
pos: PUNCT
token:
  ..............................................................................................................................................

lemma:
  ..............................................................................................................................................


id: materialsanddevices-105
sid: 1232
tid: 197
pos: PUNCT
token:
  ........................................................................................................................................

lemma:
  ........................................................................................................................................


id: materialsanddevices-105
sid: 1232
tid: 231
pos: PUNCT
token:
  .........................................................................................................................................

lemma:
  .........................................................................................................................................


id: materialsanddevices-105
sid: 1234
tid: 3
pos: NUM
token:
  ............................................................................................................................

lemma:
  ............................................................................................................................


id: materialsanddevices-105
sid: 1236
tid: 37
pos: PUNCT
token:
  ............................................................................................................

lemma:
  ............................................................................................................


id: materialsanddevices-105
sid: 1236
tid: 52
pos: NUM
token:
  ...................................................................................................................

lemma:
  ...................................................................................................................


id: materialsanddevices-105
sid: 1236
tid: 66
pos: PUNCT
token:
  .............................................................................................................................................

lemma:
  .............................................................................................................................................


id: materialsanddevices-105
sid: 1238
tid: 38
pos: PROPN
token:
  ....................................................................................................................

lemma:
  ....................................................................................................................


id: materialsanddevices-105
sid: 1238
tid: 339
pos: PUNCT
token:
  ..............................................................................................................................

lemma:
  ..............................................................................................................................


id: materialsanddevices-105
sid: 1239
tid: 6
pos: PUNCT
token:
  ............................................................................................................................................

lemma:
  ............................................................................................................................................


id: materialsanddevices-105
sid: 1239
tid: 11
pos: NUM
token:
  ...................................................................................................................................

lemma:
  ...................................................................................................................................


