Use of Antisymmetrized Wave Function for Deuteron Stripping Reaction | Zendy

Kôsuke Nakamura | Zendy; M. Soga | Zendy

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Use of Antisymmetrized Wave Function for Deuteron Stripping Reaction

Author(s) -

Kôsuke Nakamura,

M. Soga

Publication year - 1959

Publication title -

progress of theoretical physics

Language(s) - English

Resource type - Journals

eISSN - 1347-4081

pISSN - 0033-068X

DOI - 10.1143/ptp.21.837

Subject(s) - physics , stripping (fiber) , deuterium , wave function , quantization (signal processing) , amplitude , nuclear reaction , nuclear physics , atomic physics , quantum mechanics , computer science , electrical engineering , computer vision , engineering

The general S matrix of nuclear reaction is derived by the method of second quantization in order to take account of antisymmetrization of the total system. As an example of the general theory, a deuteron stripping reaction is treated. The amplitude obtained by this method is compared with those obtained by other theories in this reaction. The amplitude of this reaction is discussed for a special target which seems to demonstrate the effect of antisymmetrix zation most clearly. In the case of O/sup 17(d,p)O/sup 18/ the effect of antisymmetrization becomes comparable with the direct part. (auth)

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