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Results 1 to 25 of 331

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Photo-electrochemical generation of hydrogen using hybrid titanium dioxide nanotubular arraysMISRA, M; RAJA, K. S; MAHAJAN, V. K et al.Proceedings of SPIE, the International Society for Optical Engineering. 2006, pp 63400I.1-63400I.12, issn 0277-786X, isbn 0-8194-6419-8, 1VolConference Paper

Visible light driven overall water splitting using cocatalyst/BiVO4 photoanode with minimized biasCHUNMEI DING; JINGYING SHI; DONGE WANG et al.PCCP. Physical chemistry chemical physics (Print). 2013, Vol 15, Num 13, pp 4589-4595, issn 1463-9076, 7 p.Article

Efficient photoelectrochemical water splitting by a doping-controlled GaN photoanode coated with NiO cocatalystKANG, Jin-Ho; SOO HEE KIM; EBAID, Mohamed et al.Acta materialia. 2014, Vol 79, pp 188-193, issn 1359-6454, 6 p.Article

2% ZnO increases the conversion efficiency of TiO2 based dye sensitized solar cells by 12%GUANGCHAO WANG; ZHIXIA CAI; FENGRONG LI et al.Journal of alloys and compounds. 2014, Vol 583, pp 414-418, issn 0925-8388, 5 p.Article

Dye-sensitized solar cells based on anatase TiO2/multi-walled carbon nanotubes composite nanofibers photoanodePINGFAN DU; LIXIN SONG; JIE XIONG et al.Electrochimica acta. 2013, Vol 87, pp 651-656, issn 0013-4686, 6 p.Article

An efficient photoanode consisting of TiO2 nanoparticle-filled TiO2 nanotube arrays for dye sensitized solar cellsJUN ZHANG; QUANTONG LI; SIQIAN LI et al.Journal of power sources (Print). 2014, Vol 268, pp 941-949, issn 0378-7753, 9 p.Article

A 5% efficient photoelectrochemical solar cell based on nanostructured ZnO electrodesKEIS, Karin; MAGNUSSON, Eva; LINDSTRÖM, Henrik et al.Solar energy materials and solar cells. 2002, Vol 73, Num 1, pp 51-58, issn 0927-0248Article

Preparation of anodized TiO2 photoanode for photoelectrochemical hydrogen production using natural seawaterNAM, Wonsik; OH, Seichang; JOO, Hyunku et al.Solar energy materials and solar cells. 2010, Vol 94, Num 10, pp 1809-1815, issn 0927-0248, 7 p.Article

Formation of an electron hole doped film in the α-Fe2O3 photoanode upon electrochemical oxidationGAJDA-SCHRANTZ, Krisztina; TYMEN, Simon; BOUDOIRE, Florent et al.PCCP. Physical chemistry chemical physics (Print). 2013, Vol 15, Num 5, pp 1443-1451, issn 1463-9076, 9 p.Article

Nanostructured anodic iron oxide film as photoanode for water oxidationRANGARAJU, R. R; PANDAY, A; RAJA, K. S et al.Journal of physics. D, Applied physics (Print). 2009, Vol 42, Num 13, issn 0022-3727, 135303.1-135303.10Article

A new photoanode architecture of dye sensitized solar cell based on ZnO nanotetrapods with no need for calcinationWEI CHEN; HAIFENG ZHANG; MING HSING, I et al.Electrochemistry communications. 2009, Vol 11, Num 5, pp 1057-1060, issn 1388-2481, 4 p.Article

Enzymatic hydrogen production by light-sensitized anodized tubular TiO2 photoanodeBAE, Sanghyun; SHIM, Eunjung; YOON, Jaekyung et al.Solar energy materials and solar cells. 2008, Vol 92, Num 4, pp 402-409, issn 0927-0248, 8 p.Article

Thin film n-titanium oxide photoanodes for photoelectrochemical production of hydrogenARAKELYAN, V. M; AROUTIOUNIAN, V. M; SHAHNAZARYAN, G. E et al.Renewable energy. 2008, Vol 33, Num 2, pp 299-303, issn 0960-1481, 5 p.Conference Paper

Multiple bandgap combination of thin film photovoltaic cells and a photoanode for efficient hydrogen and oxygen generation by water splittingAVACHAT, Upendra S; JAHAGIRDAR, Anant H; DHERE, Neelkanth G et al.Solar energy materials and solar cells. 2006, Vol 90, Num 15, pp 2464-2470, issn 0927-0248, 7 p.Conference Paper

The use of Ti meshes with self-organized TiO2 nanotubes as photoanodes of all-Ti dye-sensitized solar cellsYUANHAO WANG; HONGXING YANG; YONG LIU et al.Progress in photovoltaics (Print). 2010, Vol 18, Num 4, pp 285-290, issn 1062-7995, 6 p.Article

Photovoltaic studies on sprayed iron pyrite filmsRATURI, A. K.World renewable energy congress. 2000, pp 1898-1901, isbn 0-080-43865-2, 4VolConference Paper

Sequential synthesis and improved photoelectrochemical properties of ZnO/CdTe/CdS nanocable arrays photoanode : World Resource Forum 2012, Nano Green Energy Forum, Beijing, ChinaRONG LIU; XINA WANG; HAI ZHOU et al.International journal of hydrogen energy. 2013, Vol 38, Num 36, pp 16755-16760, issn 0360-3199, 6 p.Article

Improved performance of dye-sensitized solar cells: An TiO2―nano-SiO2 hybrid photoanode with post-treatment of TiCl4 aqueous solutionLING LIU; HAIHONG NIU; SHOUWEI ZHANG et al.Applied surface science. 2012, Vol 261, pp 8-13, issn 0169-4332, 6 p.Article

Bromate formation on the non-porous TiO2 photoanode in the photoelectrocatalytic systemSELCUK, Huseyin; SARIKAYA, Hasan Z; BEKBOLET, Miray et al.Chemosphere (Oxford). 2006, Vol 62, Num 5, pp 715-721, issn 0045-6535, 7 p.Article

Production and testing methods of different TiO2 photoanodesHARTIG, K. J; GETOFF, N.International journal of hydrogen energy. 1986, Vol 11, Num 12, pp 773-781, issn 0360-3199Article

Hydrothermally growth of novel hierarchical structures titanium dioxide for high efficiency dye-sensitized solar cellsPENGFEI CHENG; YANG LIU; PENG SUN et al.Journal of power sources (Print). 2014, Vol 268, pp 19-24, issn 0378-7753, 6 p.Article

Improved properties of dye-sensitized solar cells by multifunctional scattering layer of yolk-shell-like TiO2 microspheresKAIMO GUO; MEIYA LI; XIAOLI FANG et al.Journal of power sources (Print). 2014, Vol 264, pp 35-41, issn 0378-7753, 7 p.Article

High-efficiency dye-sensitized solar cells based on ultra-long single crystalline titanium dioxide nanowiresLANFANG QUE; ZHANG LAN; WANXIA WU et al.Journal of power sources (Print). 2014, Vol 266, pp 440-447, issn 0378-7753, 8 p.Article

Novel bilayer structure ZnO based photoanode for enhancing conversion efficiency in dye-sensitized solar cellsJIN ZHANG; WENXIU QUE; QIAOYING JIA et al.Journal of alloys and compounds. 2011, Vol 509, Num 27, pp 7421-7426, issn 0925-8388, 6 p.Article

Physical and photoelectrochemical characterizations of hematite α-Fe2O3: Application to photocatalytic oxygen evolutionBOUMAZA, S; BOUDJEMAA, A; OMEIRI, S et al.Solar energy. 2010, Vol 84, Num 4, pp 715-721, issn 0038-092X, 7 p.Article

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