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Investigations on CLHA and Doped CLHA Nanopowders by Mechanochemical Synthesis

K Ravindranath and MC Rao


Semiconductor nanoparticles hold the potential for making more efficient solar cells. Solid-State lighting using LEDs and phosphor material to generate white light is the current research focus in the lighting industry. The present paper describes the investigations of CLHA and different concentrations of 3d-transition metal ions (Mn2+, Fe3+, Co2+ and Cu2+) doped CLHA nanopowders were prepared by mechanochemical synthesis. In the case of undoped CLHA nanopowder crystallite size is about 16.15 nm, while doping with transition metal ions crystallite size decreases and then increases with increasing dopant concentration. CLHA nanopowders exhibit white emission with the increase of dopant concentration and are useful for W-LEDs and PDPs.


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索引于

  • 中国社会科学院
  • 谷歌学术
  • 打开 J 门
  • 中国知网(CNKI)
  • 宇宙IF
  • 研究期刊索引目录 (DRJI)
  • 秘密搜索引擎实验室
  • ICMJE

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