Second Quantization Techniques in the Scattering of Nonidentical Composite BodiesLangley Research Center, 1986 - 18 pages |
Common terms and phrases
annihilation operators ap(P appendix becomes AT AP collision matrix element contractions creation and annihilation creation operator d³ p d³ d³£p d³ET Deutchman direct term elastic scattering equation 28 equation 36 equation B1 equations 12 Evaluating the operator exchange term Fermi sea hole operators Idaho ij\v\kl ij|v|kl inelastic ji|v|kl k(EP kp lT kp(P kr(T labeling Langley Research Center Lawrence W LKT lp i#j lp(T lȚ(T NASA nonidentical composite bodies Norbury nuclear binding energies nucleus-nucleus collision Old Dominion University one-hole one-particle particle-hole state represent particle-hole theory Performing Organization ph|V|PoTo position coordinates position vector PoTo PoTo|V|PoTo projectile and target projectile nucleus projectile or target r₁ and r2 Relabeling equation A4 Research Center Hampton Scattering of Target Second Quantization Techniques second-quantized single nucleus summations target and projectile target nuclei target space two-body interactions two-nucleon interactions University of Idaho validates equation vt(T wave functions x(EP ΣΣ Ат Ар Ат Ат кт