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Hydrogen related defects in inp

机译:inp中与氢有关的缺陷

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Local vibrational modes(LVMs) in tenths of InP samples reveal clearly existence of complexes related to hydrogen. Complexes of vacancy at indium site with one to four hydrogen atom(s) and isolated hydrogen or hydrogen dimers and complexes of hydrogen with various impurities and intrinsic defects are investigated by FITR. Especially hydrogen related complexes between various transition metals and hydrogen or hydrogen related complexes between hydrogen with point defects. New LVMs related to hydrogen will be reported in this paper. Dynamical formation mechanism of defects in the annealed nominally undoped semiinsulating InP obtained by high pressure, high temperature annealing of ultra purity materials is proposed. Hydrogen can acts as actuator for antistructure defects production. Structural, electronic and vibrational properties of LVMs related to hydrogen as well as their temperature effects are discussed.
机译:十分之一的InP样品的局部振动模式(LVM)清楚地揭示了与氢有关的络合物的存在。 FITR研究了铟位点上具有1至4个氢原子的空位络合物和分离的氢或氢二聚体,以及氢与各种杂质和固有缺陷的络合物。尤其是各种过渡金属与氢之间的氢相关配合物或具有点缺陷的氢之间的氢相关配合物。本文将报道与氢有关的新的LVM。提出了通过超高温材料的高温高温退火获得的名义上无掺杂的半绝缘InP退火缺陷的动态形成机理。氢可以作为产生结构缺陷的促动器。讨论了与氢有关的LVM的结构,电子和振动特性及其温度效应。

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