Table Of Content

Solar Energy Materials & Solar Cells ELSEVIER la nergy Materials & Solar Author index to volume 76 Agarwal, S.K., 5 Tyagi, R. Ahrenkiel, R.K., Recombination procceessssees and lifr ctiimmee mmee as urements 1n sl n photovoltaics \it-Hamouda, K., N. Gabouze, T. Hadjersi, N. Benrekaa, R. Outemzabet, H. Cheraga, K. Beldjilali and Br. Mahmoudi, Influence of solution resistivity and post-anodizing treatments of PS films on the electrical and optical properties of metal, PS/Si photodiodes Ares, J.R., see Ferrer, LJ. Avila, A., see Barrera, E. Avilon, J.A., see Zumeta, I. Azens, A., L. Kullman and C.G. Granqvist, Ozone coloration of Ni Bahr, J., see Carstensen, J. Balazsi, C. and J. Pfeifer, Long-term behaviour of CONntLAINING AQUEOUS e iron! Bal, M., see Tyagi, R. Bandaranayake, P.K.M., P.V.V. Jayaweera and K. Tennakone, Dye-sensitization of n oxide-coated cadmium sulfide Barrera, E.. A. Avila, J. Mena, V.H. Lara, M. Ruiz and J. Méndez-Vivar, S silicon oxide thin films Beermann, N., see Gomez, M.M. Beldjilali, K., see Ait-Hamouda, K. Belgacem, S., see Marsillac, S. Bell, J., see Tesfamichael, T. Ben Nasrallah, T., sce Marsillac, S. Beneking, C., see Nositschka, W.A. Benrekaa, N., sce Ait-Hamouda, K. Bernede, J.C., see Marsillac, S. Bhattacharya, R.N. and A.M. Fernandez, Culn, \Ga,Se.-based electrodeposited precursor films Bielanska, E., sce Panek, P. Borkoyskaya, O.Yu., see Dmitruk, N.L. Brungs, M.P., see Wheatley, M.G. Camaioni, N., G. Ridolfi, G. Casalbore-Miceli, G. Possamai, L. Garlaschelli and Ml. Maggini, A stabilization effect of [60]fullerene in donor-acceptor organi ar cells Carstensen, J., G. Popkirov, J. Bahr and H. Foll, CELLO: an advanced LBIC measurement lent technique for solar cell local characterization Casalbore-Miceli, G., see Camaioni, N. Casarrubias Segura, G., sec Pal, U. Chaplin, R.P., sce Wheatley, M.G. Cheraga, H., see Ait-Hamouda, K. Ciach, R., see Panek, P. Elsevier Science B.V Ciach, R., Yu.P. Dotsenko, V.V. Naumov, A.N. Shmyryeva and P.S. Smertenko, | hnique st ( lar ¢ { Clauws, P., Poelman, D. Dalchiele, E.A., Marotti, R.f Das, U.. see Morrison, S Depuydt, B., sec Poelman, D Dimova-Malinovska, D., see Gesheva, K.A. Dimitruk, I.N., Dmitruk, N.1 Dmitruk, N.L., O.Yu. Borkovskaya, I.N. Dmitruk and 1.B. Mlamontova, A Dolhoy, S.. Tousek, J Domenech, X.., Zumeta, | Dotsenko, Yu.P Ciach, R Drabezyk, K., P. Panek and M. Lipinski, Drabezyk, K., Panek, P Dytlewski, N., sec Tesfamichael, 1 Enriquez, J.P. and X. Mathew, Int ay, A. and G. Nobile, spinosa, R., Zumeta, | Fernandez, A.M., Bhattacharya, R.N. Ferrer, L.J., J.R. Ares and C.R. Sanchez, A n¢ Foll, H., see Carstensen, J abouze, N., Ait-Hamouda, K arlaschelli, L., Camaioni, N esheva, K., A. Szekeres and T. Ivanova, Optical properties films of molybdenum and tungsten based metal oxides esheva, K.A., D. Dimova-Malinovska, J.M. Marshall and J.M. Maud, P photoactive materials — propert techi logy and and a applications Gomez, M.M., N. Beermann, J. Lu, E. Olsson, A. Hagfeldt, G -A. Niklasson and C.G. Grangqvist, Dvye-sensitized sputtered titaniur | | adie apyp HCalk ys: infMluu UeNee ¢ ne O,/Ar gas | i Grangqvist, C.G., Azens, A. Grangqvist, C.G., Gomez, VI.M. Grant, C.D., sec Smestad, G.P. Gu, M., see Shangguan, W. Hadjersi, T., sce Ait-Hamouda, K. Hagfeldt, A., see Gomez, M.M. Haldar, T., see Tyagi, R. Harizanova, A., see Ivanova, T. Hernandez-Peérez, |., see Suarez-Parra, R. Hulicius, E., see TouSkova, J. Husain, M., B. Pal Singh, S. Kumar, T.P. Sharma and P.J. Sebastian, Optical, electrical and structural investigations on Cd, ,Zn\Se sintered films for photovoltaic applications Husain, M., see Tyagi, R. Imoto, K.. Takahashi, kK Ito. S.. T. Kitamura, ¥. Wada and S. Yanagida, Ivanova, T., A. Harizanova, VI. Surtchev and Z. Nenova. Ivanova, T.., Gesheva, K Javaweera, P.V.\ Bandaranayake, P.K.M Khan, S.U.NL. and T. Sultana Kindl, D.,. TouSkova, J Kitamura, T., Ito, S Kodolbas, A.O. and O. Oktii Komura, T., Takahashi, kK Kowalik, J Smestad, G.P Kullman, | Azens, A Kumar, S.. Husain, VI Kurz, H Nositschka, W.A ampert, C.\I1., ¢ ara, V.H., Barrera, I ipinski, V1., Drabezyk, kK ipinski, V1. Panek, P isnvak, V.V.. N.¥. Stus and R.T. Marivechuk, S c Ss opez-Ayala, S.. Suarez-Parra, R. Lu, J.. Gomez, \1.M Vladan, A.., Morrison, S NMlaggini, V1 Camaioni, “ NMlahmoudi, Br., \it-Hamouda, k. NMlalakhoyv, V.Ya.. P P\ \Mlamontova, 1.B., Dmitruk, N.L. Mlangalaraj, D.., Sathvamoorthy, R Mangalaraj, D.. Velumani, S Miarivchuk, R.T., Lisnyak, V.\ Miarotti, R.E.. E. Quagliata and E.A. Dalchiele, Marshall, J.1.. Gesheva, K.A. Marsillac, S.. M1.C. Zouaghi, J.C. Bernede, T. Ben Nasrallah and S. Belgacem, | I ) ( InS Mathew, X., P Cdl Mathew, X., G.W. Thompson, V.P. Singh, J.C. VicClure, S. Velumani, N.R. Mathews and P.J. Sebastian, Developme Cdl 1 Mathew, X.., Enriquez, J.P Vlathew, X., Velumani, S. Mathew, X.. Velumani, S. Mathews, N.R., Mathew, X. Maud, J... Gesheva, K.A. VicClure, J.C., Mathew, X. VicClure, J.C., Singh, V.P. MecDonagh, A.M Wheatley, M.G Mena, J.., Barrera, E. Mendez-Vivar, J.. Barrera, I Mohan, S.., Tyagi, R. Moons, E., Smestad, G.P Morana, Mi. Nobile, G Morrison, S. Das and A. Madan, De HW¢ Murata, k.. Takahashi, k. Naik, A., p : Nakajima, I., Pakahashi, K Narayandass, Sa.K., sce Sathyamoorthy, R. Narayandass, Sa.k.., Velumani, S. Naumoy, V.V., Ciach, R. Nenova, Z., Ivanova, T. Niklasson, G.A., Gomez, VI.M. Nobile, G. and M. Morana, Light soaki Nobile, G., see Eray, A. Nositschka, W.A., C. Beneking, O. Voigt and H. Kurz, Texturisatior wafers for solar cells | ive ion etching through colloidal mi Oktu, O., sec Kodolbas, A.O. Olsson, E., Gomez, MLM. Outemzabet, R., sce Ait-Hamouda, K. Ovchinnikov, Y., sec Shtygashey, A. Pal Singh, B., see Husain, M. Pal, U., G. Casarrubias Segura and O. Zarate Corona, Preparation of Ge ZnO nanocomposites }D Y radio rreecq Iitteer?r nate sputttt erininge Panek, P., M. Lipinski, R. Ciach, K. Drabezyk and E. Bielanska, T| multicrystalline silicon solar cell low-cost technology Panek, P., see Drabezyk, K. Pangrac, J., sec Touskova, J. Pattabi, M. and J. Uchil, The eflect of precursor concentration o1 nanopaprartt SVI esized In a chicken egg membrane Pfeifer, J., see Balazsi, C. Poelman, D., P. Clauws and B. Depuydt, Chemical surface passivati on of low resistivity p-type Ge waters for solar cell ipplications Popkiroy, G., sec Carstensen, J. Possamai, G., see Camaioni, N. Prince, K., see Tesfamichael, T. Quagliata, E., see Marotti, R.E. Rath, J.K., Low temperature polycrystalline silicon: a review on deposition, physical properties and solar cell applications Ridolfi, G., see Camaioni, N. Rincon, M.E., sce Suarez-Parra, R. Rivera, C.O. and W. Rivera, Modelit 1g Of an intermittent solar absorption refrigeration system ng with ammonia—lithium nitrate mixture Rivera, W., sce Rivera, C.O. Rodriguez-Clemente, R., see Zumeta, I. Roldan-Ahumada, M.C., see Suarez-Parra, R. Ruiz, M., see Barrera, I Samochin, E., TPouSkova, J. Sanchez, C.R., see Ferrer, LJ. Sathyamoorthy, R., Sa.K. Narayandass and D. Mangalaraj, Effect of substrate temper the structure and optical properties of CdTe thin film Schwartzberg, A.M., see Smestad, G.P. Sebastian, P.J., Nanoscale materials and Sebastian, P.J., see Husain, M. Sebastian, P.J., see Mathew, X. Sebastian, P.J., see Velumani, S. Sebastian, P.J., see Velumani, S. Shangeuan, W., Mu. Zhang, J. Yuan and M. Gu, Synthesis and interlayer modification RbLaTa,O Sharma, T.P., see Husain, M. Shklover, V., see Shtygashev, A. Shmyryeva, A.N., sce Ciach, R. Shtygashey, A., Y. Ovchinnikov and V. Shklover, Simple quantum models of ¢ from a sensitizer molecule to semiconductor nanocrystals Simetek, T., see TouSkova, J. Singh, M., see Tyagi, R. Singh, P., see Tyagi, R. Singh, V.P. and J.C. McClure, Design 1 n the f 1 of CdS-CdTe solar cells on molybdenum foil substrates Singh, V.P., see Mathew, X. Sizgek, E., see Wheatley, M.G. Smertenko, P.S., see Ciach, R. Smestad, G.P., Dye sensitized and organic solar cells Smestad, G.P., S. Spiekermann, J. Kowalik, C.D. Grant, A.M. Schwartzberg, J. Zhang, L.M. rolbert and E. Moons, A technique to compare polythiophene solid-state dye sensitized TiO solar cells to liquid junction devices Spiekermann, S., see Smestad, G.P. Stus, N.V., see Lisnyak, V.V. Suarez-Parra, R., I. Hernandez-Pérez, M.E. Rincon, S. Lopez-Ayala and M.C. Roldan- Ahumada, Visible light-induced degradation of blue textile azo dye on TiO,/CdO-ZnO coupled nanoporous films Sultana, T., see Khan, S.U.M. Surtchev, M., see Ivanova, T. Szekeres, A., see Gesheva, K. Tai, W.-P., Photoelectrochemical properties of ruthenium dye-sensitized nanocrystalline SnO,:TiO; solar cells Takahashi, K., 1. Nakajima, K. Imoto, T. Yamaguchi, T. Komura and K. Murata, Sensitization effect by porphyrin in polythiophene/perylene dye two-layer solar cells Tennakone, K., see Bandaranayake, P.K.M. Tesfamichael, T., G. Will, J. Bell, K. Prince and N. Dytlewski, Characterization of a commercial dye-sensitised titania solar cell electrode Thompson, G.W., see Mathew, X. Polbert, L.M., see Smestad, G.P. Touskova, J., D. Kindl, E. Samochin, J. TouSek, E. Hulicius, J. Pangrac, T. Simeéek and Z. Vyborny, Charge transport study and spectral response of GaSb/GaAs heterojunctions prepared by MOVPE futhor index to Tousek, J., S. Dolhov and J. TouSkova, Interpretation of minority carrier diffusion length measurements in thin silic Tousek, J., see TouSkova, J. TouSkova, J., see TouSek, J. Tyagi, R., M. Bal, M. Singh, S. Mohan, T. Haldar, A. Naik, P. Singh, M. Husain and S.K. Agarwal, Catalytic hydrogenation for improvement of GaAs/Ge solar cell efficiency Uchil, J., see Pattabi, M. Velumani, S., X. Mathew, P.J. Sebastian, Sa.K. Narayandass and D. Mangalaraj, Structural and optical properties of hot wall deposited CdSe thin films Velumani, S., X. Mathew and P.J. Sebastian, Structural and optical characterization of hot wall deposited CdSe, Te films Velumani, S., see Mathew, X. Vigil, E., sce Zumeta, I. Voigt, O., see Nositschka, W.A. Vyborny, Z., see Touskova, J. Wada, Y., sce Ito, S. Wheatley, M.G., A.M. McDonagh, M.P. Brungs, R.P. Chaplin and E. Sizgek, A study of reverse bias in a dye sensitised photoelectrochemical device Will, G., see Tesfamichael, T. Yamaguchi, T., see Takahashi, K. Yanagida, S., sce Ito, S. Yuan, J., see Shangguan, W. Zarate Corona, O., see Pal, U. Zhang, J., see Smestad, G.P. Zhang, M., see Shangguan, W. Zouaghi, M.C., see Marsillac, S. Zumeta, I., R. Espinosa, J.A. Ayllon, X. Domenech, R. Rodriguez-Clemente and E. Vigil, Comparative study of nanocrystalline TiO, photoelectrodes based on characteristics of nanopowder used Solar Energy Materials & Solar Cells ttee /soimIamtalt Subject index to volume 76 Cu(In. Ga)Se CulnS CVD method Deep levels Density of states Depletion layer Design issues Diffusion length Elsevier Science B.V Magnesium oxide ] Recombinations Membrane RF sputtering fetal oxide thin fili 3 RII Microrelief interface 5 Rietveld analysis Microstruc Mo substrate MOCVD Multicrvstall Semiconductot Multicrvst € licon solar é Semiconductors Sensitizers Nanocomposites Shallow levels Nanocrystalline , Shockley-Read— Hall process Nanoparticles } Si Nanoporous filn Silicon Nanostructu S 4 Silicon solar cells Nanowires 2 Silicon wafers Ni oxide 7 Sintering Smart windows Optical absorbance Solar cell Optical properties Organic solar cells S Solar cells Ozone 7 Solar collector Solar refrigeration Passivation Sol gel PECVD Sol gel method Photo response Spectroelectrochemistry Photocatalysis Spray pyrolysis Photochemical etchins Stability Photoconversion Staebler-Wronski effect Photodegradation Structural properties Photodio; de S5 tructure Photoelectrochemical Substrate Photoelectrochemical cell Substrate temperature Photoinduced electron transfer Surface photovoltage Photoluminescence Suspended particles Photoresponse Photothermal 87 Test structure Photovoltaic cell Pexturisation Photovoltaic structure 2 Texturization Photovoltaics - Thermophotovoltaics PICTS < Thin film Pillaring d Thin films Plasma 5 Thin film solar cells Polycrystalline Titanium dioxide Poly(3-hexylthiophene) 7 Titanium dioxide (T10>) Polythiophene Titanium oxide Polythiophenes oe) Transmittance Porous silicon 263, 95), Traps Porphyrin Tungsten oxide hydrate Pyrite Vanadium oxide Quantum models : Visible NIR and Raman spectra Raman spectroscopy Wastewater Recombination process 24: Water splitting