Mössbauer spectroscopy current situation

Yuanfu Xia

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Mössbauer spectroscopy current situation

更新时间：2022-08-16

- Mössbauer spectroscopy current situation
- Nuclear Techniques Vol. 11, Issue 12, (1988)
- 作者机构：
  
  南京大学
- 作者简介：
- 基金信息：
- DOI：
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- Published：1988-12
- 稿件说明：
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Yuanfu Xia. Mössbauer spectroscopy current situation[J]. Nuclear techniques, 1988, 11(12): 1-8.
DOI：

Yuanfu Xia. Mössbauer spectroscopy current situation[J]. Nuclear techniques, 1988, 11(12): 1-8. DOI：

摘要

穆斯堡尔谱学已成为了解原子核与其周围环境间超精细相互作用的重要方法。本文介绍了穆斯堡尔谱学方法的特点及近年来在方法学和应用方面的进展。最后展望了穆斯堡尔谱学的将来。

Abstract

Mössbauer spectroscopy has become very important for elucidating the hyperfine interactions between nucleus and its environment. Its features are given in this paper. The main emphasis is put on the description of recent advances on the methodology and the applications. Finally

the prospects are indicated.

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references

G. L. Trigg , Landmark experiments in twentieth century physics; Crane, Russak & Company , N. Y. , 1975 .

贡泽尔著，穆斯堡尔谱学（Ⅱ），夏元復等译，科学出版社， 1988 年。

U. Gonser , Microscopic methods in metals , Springe-Verlag , Berlin , 1986 .

S. L. Ruby , J. de Phys. , 35 （ 1974 ）, C6 ： 209 .

E. Gerdau et al . , Phys. Rev. Lett. , 54 （ 1985 ）, 835 .

E. Gerdau and R. Rüffer , Hyperfine Interactions , 27 （ 1986 ）, 59 .

E. Gerdau , Hyperfine Interactions , 1988 （ to be published ）.

S. L. Ruby , Hyperfine Interactions , 1988 （ to be published ）.

T. Katila and K. J. Riski , Phys. Rev . Lett . , 83 （ A ）（ 1981 ）, 51 .

P. Helisto et al . , Phys. Rev., （ B ） 30 （ 1984 ）, 2345 .

W. Potzel et al . , Phys. Rev ., （ B ） 30 （ 1984 ）, 4980 .

K. N. Shrivastava , Hyperfine Interactions , 24-26 （ 1985 ）, 817 .

D. Liljequist and M. Ismail , Phys. Rev. , （ B ） 31 （ 1985 ）, 4131 .

D. Liljequist and M. Ismail , Phys. Rev. , （ B ） 31 （ 1985 ）, 4137 .

G. V. Smirnov , Hyperfine Interactions. , 27 （ 1986 ）, 203 .

U. Van Bürck , Hyperfine Interactions , 27 （ 1986 ）, 219 .

G. V. Smirnov et al . , JETP （Engl. Transl.） 39 （ 1984 ）, 41 .

G. Albanese et al . , Hyperfine Interactions , 29 （ 1986 ）, 1407 .

G. U. Nienhaus and F. Parak , Hyperfine Interactions , 29 （ 1986 ）, 1451 .

M. Kopcewicz , Hyperfine Interactions , 1988 （ to be published ）.

G. Wortmann , Hyperfine Interactions , 27 （ 1986 ）, 263 .

H. de Waard , Hyperfine Interactions , 1988 （ to be published ）.

P. Gütlich , Hyperfine Interactions , 1988 （ to be Published ）.

A. Freimuth et al . , Z. Physik ,（ B ） 68 （ 1987 ）, 433 .

J. M. D. Coey and K. Donnelly , Z. Physik , （ B ） 67 （ 1987 ）, 513 .

J. A. Hodges et al . , Solid State Commu. , 1987 （ to be published ）.

H. H. A. Smit et al . , Solid State Commu. , 64 （ 1987 ）, 695 .

J. Bieg et al . , Proc. Zurich Conf. , 1988 （ to be published ）.

J. Webb et al . , Hyperfine Interactions , 1988 （ to be published ）.

G. J. Long and J. G. Stevens , Industrial applications of the Mössbauer effect , Plenum Press , N. Y. 1987 .

H. Topsoe et al . , Hyperfine Interactions , 27 （ 1986 ）, 231 .

N. A. Eissa and M. Hassaan , J. Mater. Sci . Lett. , 4 （ 1985 ）, 37 .

N. A. Eissa et al ,. ibid , 3 （ 1984 ）, 88 .

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