In this dissertation the fabrications of cds thin films were introduced . the recent advances and applications were reviewed 文中详细介绍硫化镉薄膜材料的制备方法、研究现状和应用。
But cadmium sulphide , an early thin - film technology that was pursued in the 1960s and 1970s in many research laboratories , did not live up to expectations 但60和70年代，许多科研实验室早期的硫化镉薄膜技术试验结果都未尽人意。
We have developed an easily purification method , by changing the polarity of solvent , to purified cds nanoparticles with narrow size distribution 并利用溶济极性的不同，可分离不同大小尺寸分布的奈米微粒，进而取得更均匀分布的硫化镉奈米微粒。
The results of rrs demonstrated cds nanoparticles have no influence on the double and triple bonds . the photoluminous measurement showed that cds nanoparticles caused the luminous bands become weak and the red shift 光致发光的测试表明硫化镉纳米粒子使聚双炔及其甘露糖衍射衍生物混合单分子层的发光强度减弱，并使其发光峰红移。
Some results obtained are as follows : ( 1 ) chemical bath deposition of cds thin films is usually based on the decomposition of the thiourea in alkaline solution containing a cadmium salt , and then cds precipitations were produced as thin films on the substrate 总结起来得到了下列一些结论： ( 1 ) cbd法制备cds薄膜是利用镉盐和硫脲在碱性溶液中进行络合分解反应，产生硫化镉沉积到衬底上，从而得到硫化镉薄膜。
The organized assemble of the cds nanoparticles on the surface of the polydiacetylene film and its influence on the polydiacetylene film : the results of uv - vis spectra showed that when cds nanoparticles were assembled on the surface of the polydiacetylene film , the changing speed of cr became fast Uv - vis的结果表明硫化镉纳米粒子与聚双炔及其甘露糖衍射衍生物混合单分子层的复合后，单分子层对细菌的比色检测值变化的速度明显加快。
