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EVALUATION OF THE PHASE SPACE INTEGRAL IN THE STATISTICAL TREATMENT OF MULTIPLE PRODUCTION WITH ANGULAR MOMENTUM CONSERVATION

Journal Article · · Bull. acad. polon. sci., Ser. sci., math., astron. et phys.
OSTI ID:4074563
The usual Fermi statistical theory of multiple particle production gives only a very crude approximation of the effects of angular momentum. A formalism is reviewed in which angular and linear momentam, and one component of angular momentum, are good quantum numbers. The angular momentum effects are taken into account in this formalism. The probability S/sub N//sub 1//sub +//sub N//sub 2/ for transition into a final state of N/sub 1/ nonrelativistic particles and N/sub 2/ relativistic particles is found. The cases of high-energy particle production and low-energy particle production are treated. (T.F.H.)
Research Organization:
Inst. for Nuclear Research, Polish Academy of Sciences, Warsaw
NSA Number:
NSA-15-020302
OSTI ID:
4074563
Journal Information:
Bull. acad. polon. sci., Ser. sci., math., astron. et phys., Journal Name: Bull. acad. polon. sci., Ser. sci., math., astron. et phys. Vol. Vol: 9
Country of Publication:
Country unknown/Code not available
Language:
English

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