日本九州工业技术研究所无机复合材料部的野中一洋主任研究员等人,研究了能够提高光电转换器件的性能,确立材料合成法。该研究所研制的微机械用能源供给系统,以非接触能源转换元件为目标,用强电介质陶瓷开发光激励电子元件是其中一环,因为该器件,随着发生电压的大小而伸缩,所 Japan Kyushu Institute of Industrial Technology, Department of inorganic composite materials, director of a field director, who studied the ability to improve the performance of photoelectric conversion devices, the establishment of material synthesis method. The Institute of energy developed for the use of micro-mechanical energy supply system to non-contact energy conversion components as the goal, with strong dielectric ceramic light-excited electronic components is one of the components, because the device, with the size of the voltage generated by the expansion and contraction,