The Patch Effect of Crystal Rectifiers
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概要
- 論文の詳細を見る
The complex plane impedance diagram of crystal rectifiers were usually analysed as a circle. The observed results on cuprous oxide rectifiers deviated considerably from a circle. To analyse the results the writers used the series resistance, R_s, of the bulk part of Cu_2O derived from static current-voltage characteristics. Then, Z-R_s = Z_l gave the impedance of blocking layer, and Y_l = 1/Z_<lr> its admittance. Denoting the zero frequency conductance by Y_<l0>, and putting Y_l-Y_<l0> = G+iωC, dispersion of G and C was defined experimentally, at various biases and temperatures. A patch theory of the blocking layer proposed to explain the dispersion agrees with the observed results quantitatively.
- 社団法人日本物理学会の論文
- 1949-09-25
著者
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Kobayashi Akio
Research Institute For Catalysis Hokkaido University
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Arita Kenzi
Research Laboratory Tokyo-shibaura Electric Co.
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Arita Kenzi
Research Laboratory Tokyo Shibaura Electric Co.
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