Cadmium selenide

  • 网络硒化镉
Cadmium selenideCadmium selenide
  1. Surface Electrode Studies of the Cadmium Selenide Room Temperature Nuclear Radiation Detector

    硒化镉室温核辐射探测器的表面电极研究

  2. Study on Cadmium Selenide Thin Film in reference to Its Structural Configuration and Spectral Characteristics

    硒化镉薄膜结构形貌和光谱特性的测试与探索

  3. Fluorescence of cadmium selenide semiconductor quantum dots synthesized by aqueous phase

    水相制备硒化镉半导体量子点的荧光性能

  4. If you take a more exotic material like cadmium selenide forms a big , black crystal

    如果你拿一个比较稀有的材料比如硒化镉,会形成一块大的黑色晶体,

  5. Micro-area Structure and Optical Absorption of Amorphous Cadmium Selenide

    非晶硒化镉微区结构及光吸收性能

  6. To this thin film , they chemically linked quantum dots made of cadmium selenide for sensitization .

    他们把硒化镉制成的量子点用化学方式连接在了这种薄膜上,用于敏化。

  7. Cadmium Selenide ( CdSe ) is a ⅱ & ⅵ compound semiconductor with direct transition , wide-band-gap .

    硒化镉(CdSe)是直接跃迁宽禁带隙的Ⅱ&Ⅵ族化合物半导体材料。

  8. A variety of chemical preparation methods of cadmium selenide ( CdSe ) nanomaterials have been reviewed and discussed ; moreover , preparation and properties of cadmium selenide nanowire arrays have also been studied .

    作者通过对CdSe纳米材料化学制备方法的综合评述,对CdSe纳米线阵列的制备和性质进行了初步研究。

  9. Semiconductor quantum dots ( QDs ) are inorganic nanocrystals consisted of a cadmium selenide ( CdSe ) core which was wrapped in an outer shell of zinc sulfide ( ZnS ) .

    半导体量子点是无机纳米结晶,构成于硒化镉核心和硫化锌外壳。

  10. The goal of this dissertation is to explore and study novel synthetic methods and routes to synthesize semiconductor cadmium selenide nanoscale materials with controlled structures and various novel morphologies , authenticate the as-synthesized products and study their electronic and optical properties .

    本论文主要探索新的方法和途径可控地合成具有一定形貌和结构的硒化镉半导体纳米材料,并对所制备的硒化镉纳米材料进行鉴定和表征,对其光、电学性质进行研究。

  11. The basic batch composition of sulfur cadmium selenide ceramic glaze was investigated in the paper . By means of the protection method for the basic glaze composition , the volatilization of the colourant ( Se , CdS ) was reduced to minimum to get pleased bright red .

    本文着重探讨了硫硒化镉陶瓷釉的基础配方,通过基础釉组成保护法,使着色剂(Se,CdS)挥发减少到最低程度,而获得满意的红色。

  12. Preparation of protected cadmium sulphide selenide pigments

    包裹硫硒化镉颜料的制备

  13. Cadmium sulphide or cadmium selenide in polymer based thin film transistor .

    聚化合物薄膜电晶体内的硫化镉或硒化镉。