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[en] The possible energy dependence of the supression factor in the Quark Rearrangement Model might explain the energy dependence of the violation of the Quark Line Rule
Source
Fridman, A. (comp.); v. 2 p. 403-410; ISBN 2-222-2464-1; 
; 1979; v. 2 p. 403-410; Centre National de la Recherche Scientifique; Paris, France; 4. European antiproton conference; Barr near Strasbourg, France; 25 - 30 Jun 1978
; 1979; v. 2 p. 403-410; Centre National de la Recherche Scientifique; Paris, France; 4. European antiproton conference; Barr near Strasbourg, France; 25 - 30 Jun 1978
No abstract available
Source
Physical Review Letters; v. 84(13); 16 Aug 1999; [vp.]; ISSN 0031-9007; ; CODEN PRLTAO; AC03-76SF00098; Available from Lawrence Berkeley National Lab., CA (United States)
; CODEN PRLTAO; AC03-76SF00098; Available from Lawrence Berkeley National Lab., CA (United States)
No abstract available
Journal
[en] This paper presents a non-expert introduction to the physics of low energy antiprotons
Source
Delbourgo, R.; Fox, J.R. (Tasmania Univ., Hobart (Australia)); 310 p; ISBN 9971-50-304-2; ; 1987; p. 255-284; World Scientific Pub. Co; Teaneck, NJ (United States); 8. summer school of nuclear and particle physics: TeV physics and beyond; Launceston (Australia); 2-6 Feb 1987; CONF-870282--; World Scientific Pub. Co., 687 Hartwell Street, Teaneck, NJ 07666 (USA)
; 1987; p. 255-284; World Scientific Pub. Co; Teaneck, NJ (United States); 8. summer school of nuclear and particle physics: TeV physics and beyond; Launceston (Australia); 2-6 Feb 1987; CONF-870282--; World Scientific Pub. Co., 687 Hartwell Street, Teaneck, NJ 07666 (USA)
No abstract available
Journal
Bulletin of the Israel Physical Society; ISSN 0374-2687; ; v. 24 p. 73-74 I-5
; v. 24 p. 73-74 I-5
[en] To describe the energy-dependent characteristics of the reaction-subdiffusion process, we analyze the simple reaction under subdiffsion with waiting time depending on the preceding jump length, and derive the corresponding master equations in the Fourier–Laplace space for the distribution of A and B particles in a continuous time random walk scheme. Moreover, the generalizations of the reaction-diffusion equation for the Gaussian jump length with the probability density function of waiting time being quadratically dependent on the preceding jump length are obtained by applying the derived master equations. (paper)
Journal
[en] Letter to the Editor
Journal
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