据《世界发明》2003年第8期报导,法国科学家将氢元素加入含有硼的P型金刚石半导体中,结果被研究材料转化成了一种N型金刚石半导体,其导电性比过去用传统方法制造的金刚石半导体高出近1万倍,从而为电子元器件的开发提供了新材料。这种芯片能在几百摄氏度的高温下正常工作。金刚石由碳原子构成,一般不导电,纯净的金刚石其实是良好的绝缘体。但是,如果在 According to “The Invention of the World”, Issue 8, 2003, French scientists added hydrogen to boron-containing P-type diamond semiconductors and as a result they were converted into N-type diamond semiconductors by research materials that were less conductive than previously made by conventional methods Of the diamond semiconductor nearly 10,000 times higher, thus providing a new material for the development of electronic components. This chip can work at temperatures of hundreds of degrees Celsius. Diamond consists of carbon atoms, generally non-conductive, pure diamond is actually a good insulator. But if yes