2-PARTICLE COLLISIONS .I. GENERAL RELATIONS FOR COLLISIONS IN LABORATORY SYSTEM

[1] Chandrasekhar S, 1941, ASTROPHYS J, V93, P323, DOI 10.1086/144267

[2] Chandrasekhar S, 1941, ASTROPHYS J, V93, P285

[3] CHANDRASEKHAR S, 1942, PRINCIPLES STELLAR D, P89

[4] CHAPMAN S, 1963, MATHEMATICAL THEORY, P53

[5] CHAPMAN S, 1963, MATHEMATICAL THEORY, P170

[6] GOLDSTEIN H, 1953, CLASSICAL MECHANICS

[7] GRANOVSKII L, 1952, ELECTRICAL CURRENTS, P61

[8] CLASSICAL THEORY OF ELECTRONIC AND IONIC INELASTIC COLLISIONS [J]. PHYSICAL REVIEW, 1959, 115 (02): : 374 - 383

[9] IVANENKO D, 1951, CLASSICAL THEORY FIE, P31

[10] SEGRE E, 1953, EXPERIMENTAL NUCLEAR, V1, P213

[1] Chandrasekhar S, 1941, ASTROPHYS J, V93, P323, DOI 10.1086/144267

[2] Chandrasekhar S, 1941, ASTROPHYS J, V93, P285

[3] CHANDRASEKHAR S, 1942, PRINCIPLES STELLAR D, P89

[4] CHAPMAN S, 1963, MATHEMATICAL THEORY, P53

[5] CHAPMAN S, 1963, MATHEMATICAL THEORY, P170

[6] GOLDSTEIN H, 1953, CLASSICAL MECHANICS

[7] GRANOVSKII L, 1952, ELECTRICAL CURRENTS, P61

[8] CLASSICAL THEORY OF ELECTRONIC AND IONIC INELASTIC COLLISIONS [J]. PHYSICAL REVIEW, 1959, 115 (02): : 374 - 383

[9] IVANENKO D, 1951, CLASSICAL THEORY FIE, P31

[10] SEGRE E, 1953, EXPERIMENTAL NUCLEAR, V1, P213