Electrical and optical investigations of the donor formation in oxygen-doped germanium
Electrical and optical investigations of the donor formation in oxygen-doped germanium
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氧掺杂锗中供体形成的电学和光学研究
DOI：
10.1016/0022-3697(62)90009-4
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发表时间：
1962
影响因子：
4
通讯作者：
W. Kaiser
中科院分区：
文献类型：
--
作者：
W. Kaiser
讨论了原子分散氧在锗中的吸收，并报道了在7.9μ (1260 cm−1)和11.7μ (855cm−1)处的两个相应的吸收带。在温度< 500℃的退火过程中，可以观察到供体态D，浓度高达1017cm−3form，同时溶解氧（ΔN）损失。在470°C和350°C长时间加热后，发现比值ΔN/Dis为4，表明四个氧原子结合在一起形成一个供体。在12.7μ (786 cm−1)处发现了一个新的吸收带。
The absorption of atomically dispersed oxygen in germanium is discussed and two corresponding absorption bands at 7.9μ (1260 cm−1) and 11.7μ (855cm−1) reported. During annealing atT< 500°C, donor states,D, in concentrations up to 1017cm−3form and a simultaneous loss of dissolved oxygen, ΔN, can be observed. The ratio ΔN/Dis found to be 4 after prolonged heating at 470°C and 350°C, indicating that four oxygen atoms join together to form one donor. A new absorption band corresponding to this donor was found at 12.7μ (786 cm−1.)