The Fission of Spectrum Line of Monochoromatic Elastic Wave

Shen Hui-chuan

Volume 5 Issue 4

Turn off MathJax

Article Contents

Abstract

References

Article Navigation > Applied Mathematics and Mechanics > 1984 > 5(4): 541-551

Shen Hui-chuan. The Fission of Spectrum Line of Monochoromatic Elastic Wave[J]. Applied Mathematics and Mechanics, 1984, 5(4): 541-551.

Citation:

Shen Hui-chuan. The Fission of Spectrum Line of Monochoromatic Elastic Wave[J]. Applied Mathematics and Mechanics, 1984, 5(4): 541-551.

Citation:

Shen Hui-chuan. The Fission of Spectrum Line of Monochoromatic Elastic Wave[J]. Applied Mathematics and Mechanics, 1984, 5(4): 541-551.

PDF( 631 KB)

The Fission of Spectrum Line of Monochoromatic Elastic Wave

Shen Hui-chuan

University of Science and Technology of China, Hefei

Received Date: 1983-02-24
Publish Date: 1984-08-15

Abstract

Abstract

On the basis of the anology with quantum electrodynamics, Dirac equation of elastic wave-phonon is developed and the fission of spectrum line of monochoromatic elastic wave under the action of an external field is studied in this paper.

FullText(HTML)

References(17)

References

[1]	钱伟长、叶开沅,《弹性力学》,科学出版社.(1956).
[2]	Ландау Л.Д.и Е.М.Лифшид,《连续介质力学》,彭兆麟译.人民教育出版社.(1958).
[3]	温川秀榭.《古典物理学》(Ⅰ.Ⅱ).岩波蒲座.《现代物理学の基磁》(第1版),1. 2.岩波书店.(1975).
[4]	王竹溪.《统计物理导论》,人民教育出版社.(1956).
[5]	Dirac, P, A, M,,《量子力学原理》,陈咸亨译,科学出版社,(1965).
[6]	Dirac, P, A, M,,《物理学的方向》,张宜宗、郭应焕译,科学出版社,(1981).
[7]	Van der Waerden, B, L,,《群论与量子力学》,赵展岳等译,上海科学技术出版社,(1980).
[8]	Ландау Л.Д..и Е.М.Лифшид,《量子力学》,严肃译,人民教育出版社,(1980).
[9]	汤川秀榭、登田利幸.《量子力学》.(I.Ⅱ),岩波讲座,《现代物理学の基磁》(第2版),3. 4,岩波香店,(1978).
[10]	朝永振一郎,《量子力学》(I.Ⅱ). みすず书房,(1978).
[11]	Ландау Л.Д..и Е.М.Лифшид《统计物理学》,杨训恺译,人民教育出版社.(1964).
[12]	户田盛和,久保亮五,《统计物理学》,岩波讲座,《现代物理学の基磁》(第2版).5,岩波书店,(1978).
[13]	Kittel, C,, 《固体物理导论》.杨顺华等译,科学出版社.(1979).
[14]	李高、王仁川等.均匀电场中自旋为1/2的带电粒子(带有均匀电场的Dirac方程的严格解),中国科学技术大学学报,13. (1983). 2.
[15]	小谷正雄、桥本英典.《特殊函数》.现代应用数学丛书之一,钱端壮译.上海科学技术出版社,(1962).
[16]	Erdélyi, A,,《高级超越函数》,张致中译,科学技术出版社,(1957).
[17]	Stacey, F, D.Physics of the Earth, John Wiley&Sons, Inc, (1977).