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Doping Diamonds and Diamond Films for Electronic Applications

机译:用于电子应用的掺杂钻石和钻石薄膜

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Diamond exhibits extraordinary physical and chemical properties, many of which have already found application in tribology, thermal management and optics. Furthermore, diamond is also a wide-bandgap semiconductor which, when doped, can lead to the realization of electronic and optoelectronic devices with exceptional properties. Diamond can now be doped p-type, with boron, both during CVD diamond film growth and by ion-implantation, and n-type with phosphorus during CVD growth. This paper reviews the current status of diamond doping and describes the electronic properties of the doped layers. Some potential applications of doped semiconducting diamond are described.
机译:钻石表现出非凡的物理和化学性质,其中许多已经发现了摩擦学,热管理和光学的应用。 此外,钻石也是一个宽带隙半导体,当掺杂时,可以导致具有卓越特性的电子和光电器件。 钻石现在可以掺杂p型,在CVD金刚石膜生长期间和通过离子注入,并且在CVD生长期间具有磷的N型。 本文审查了钻石掺杂的当前状态,并描述了掺杂层的电子特性。 描述了掺杂半导体金刚石的一些潜在应用。

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