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Low-resistivity n-type semiconductor diamond and method of its manufacture

机译:低电阻率 n 型半导体金刚石及其制造方法

摘要

Concerns lithium-doped diamond: Low-resistivity n-type semiconductor diamond doped with lithium and nitrogen, and a method of manufacturing such diamond are provided.;Low-resistivity n-type semiconductor diamond containing 1017 cm−3 or more of lithium atoms and nitrogen atoms together, in which are respectively doped lithium atoms into carbon-atom interstitial lattice sites, and nitrogen atoms into carbon-atom substitutional sites, with the lithium and the nitrogen holding arrangements that neighbor each other. To obtain low-resistivity n-type semiconductor diamond, in a method for the vapor synthesis of diamond, photodissociating source materials by photoexcitation utilizing vacuum ultraviolet light and irradiating a lithium source material with an excimer laser to scatter and supply lithium atoms enables the diamond to be produced.
机译:关注锂掺杂的金刚石:提供了掺杂有锂和氮的低电阻率n型半导体金刚石及其制造方法。;低电阻率的n型半导体金刚石,其含量为10 17 cm锂原子和氮原子中的 −3 个或更多的锂原子和氮原子一起掺杂在锂原子和氮原子之间的碳原子间隙晶格位点和氮原子成为碳原子取代位点保持彼此相邻的安排。为了获得低电阻率的n型半导体金刚石,在金刚石的气相合成方法中,通过利用真空紫外光的光激发使光解离源材料,并用准分子激光照射锂源材料以散射和供应锂原子,从而使金刚石能够被生产。

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