Showing papers by "Huazhong University of Science and Technology published in 1982"
TL;DR: In this paper, experiments were carried out on a number of oxidized metals such as copper, brass, aluminum, and steel, and two kinds of rectangular electrodes were investigated, narrow and wide electrodes.
Abstract: Experiments were carried out on a number of oxidized metals such as copper, brass, aluminum, and steel. Two kinds of rectangular electrodes were investigated, narrow and wide electrodes. On the narrow oxidized electrodes the arc moved slowly and sometimes discontinuously during its first run. During subsequent runs the arcs moved continuously along the same path of the first run with speeds which were ten times faster than the first run. On the wide oxidized electrodes however no slowdown of the arc was observed during its first run. It ran right away continuously with speeds similar to the subsequent runs.
14 citations
TL;DR: In this paper, it was shown that W. Shockley's method of treatment and its conclusion for p−n junction are wrong, and that the ideal p −n junction model merely describes ideal P−N junction model.
Abstract: The problem of p−n junction in Ref. [1] is discussed in this paper. We consider that Tsai Shu-tang's view that W. Shockley's equation cannot be applied to all circumstances is correct, but we cannot say, because of this, that W. Shockley's method of treatment and its conclusion for p−n junction are wrong. In this paper we demonstrated that W. Shockley's equation merely describes ideal p−n junction model.
1 citations