photoelectrochemical造句

• photoelectrochemical study of the poly thiophene
  聚噻吩的光电化学研究
• The preparation of zno nanoparticles and its photoelectrochemical behavior
  的制备及其光电化学性质
• photoelectrochemical behavior of ito m3d-tio2 cds nanostructured film electrode
  纳米结构多孔膜电极的光电化学
• photoelectrochemical study of nanostructured tio2 composite film modified by cds quantum dots
  2复合膜的光电化学研究
• photoelectrochemical characteristics of nano-titanium dioxide thin films prepared by rf magnetron sputtering
  2薄膜制备及光催化氧化性能研究
• Also, it was demonstrated that titanium films with peg as additive showed better photoelectrochemical properties than titanium films without peg
  它的填充因子ff为0.359，比不加peg的样品的填充因子高。
• The optical absorption spectra were used to investigate the dye adsorption property and the photoelectrochemical properties of titania films were measured via i-v analyzer
  用光吸收谱的差谱来表征tio_2薄膜的染料吸附性能，用i-v曲线测试tio_2薄膜的光电化学性能。
• Various surface passivations of ps, such as by hydrogen, oxygen, nitrogen and noble metals, have been compared . the pss were formed by photoelectrochemical means
  常见的表面修饰方法包括对多孔硅表面进行氢钝化、氧钝化、氮钝化、金属钝化等，这些修饰方法各有其特点。
• Dye-sensitized nanocrystalline tio2 solar cell ( npc ) is a new type of the photoelectrochemical solar cell . because of its simple fabrication procedure, low cost, better stability and clean energy, npc solar cell has arouse world researches and application prospect
  染料敏化tio_2纳米晶太阳能电池(npc电池)是一种新型光电化学太阳能电池，由于它制作工艺简单、成本低和性能稳定，并且对环境无污染，具有良好的开发前景。
• Fes _ 2 ( pyrite ) has been considered as a valuable semiconductor for solar energy conversion and other photoelectrochemical applications since it consists of nontoxic and abundant elements . because of the band gap of about 0.95ev and the very high light absorption coefficient ( < 700nm 时 ， > 5 10 ~ 5cm ~-1 ), it might be suitable for sensitization solar cells and in the form of ultrathin films
  fes_2(pyrite)是一种具有合适禁带宽度(e_g0.95ev)和较高光吸收系数(<700nm时，>510~5cm~-1)的半导体材料，其组元元素储量十分丰富、无毒，而且在制备太阳能电池时可以以薄膜形式使用，成本较低，与已有半导体材料相比，是一种较有研究价值的太阳能电池材料。