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solar energy conversion
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  solar energy conversion
The future of solar energy conversion seems to be mainly connected with chemistry, chemical physics and chemical engineering but not with solid-state physics as in the twentieth century.
      
This graded bandgap solar cell should enable one to realize the full potential of GaAs as a material for solar energy conversion.
      
The use of these materials as analytical reagents, laser modifiers, and in solar energy conversion is described.
      
Coupled with their semiconducting properties, they have the characteristic magnetic properties, which make them an attractive alternative in a variety of electronic and optoelectronic devices including gas sensors and solar energy conversion devices.
      
WO3 semiconductor particles, useful in solar energy conversion processes, were doped with transition metal ions, Ti(III), V(IV), Cr(III), Mn(II), Fe(III), Co(II), Ni(II), Cu(II), Zn(II) and Ru(III) by a high-temperature sintering technique.
      
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CdTe semiconductor thin film electrodes have been prepared by means of eletrodeposion in addition some rare earth ions electrodeposited solution The properties of CdTe thin film has been investigated by X ray diffraction,X ray photoelectron spectroscopy,transmisson electron microscopy,scanning electron microscopy and measurement of the I V curves.It is found that optimun crystal orientation and twin crystallites are by electrodeposition Crystallite ...

CdTe semiconductor thin film electrodes have been prepared by means of eletrodeposion in addition some rare earth ions electrodeposited solution The properties of CdTe thin film has been investigated by X ray diffraction,X ray photoelectron spectroscopy,transmisson electron microscopy,scanning electron microscopy and measurement of the I V curves.It is found that optimun crystal orientation and twin crystallites are by electrodeposition Crystallite size of CdTe by electrodeposition in addition Nd 3+ 、Ce 3+ 、La 3+ and Y 3+ have been about 2 5—3 0×10 -7 m after it is heated at 250 in air Those are very advantagous for the improvement of solar cell Solar energy conversion efficiencies up to 2 6—3 3% for photoelectrochemical cell of CdTe thin film by electrodeposition in addition Nd 3+ ,Ce 3+ ,La 3+ ,and Y 3+ are obtained

CdTe薄膜半导体电极通过电沉积法制备。电沉积溶液组成对CdTe薄膜组成和性能有较大影响,通过在电镀液中添加某些稀土离子,结合XRD、TEM、XPS和光电I-V特性曲线进行分析研究,表明电沉积CdTe薄膜存在择优取向,经250℃热处理后,晶粒长大,镀液中添加Y3+、La3+、Ce3+和Nd3+后增大尤为明显,晶粒线性尺寸最大达2.5—3.0×10-7m左右,并伴有孪晶产生,可提高薄膜Cd/Te比等,有利于提高CdTe光电性能。经测试,其光电转换效率可增大到2.6—3.3%。

 
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