2769 K
57 pp.
View Document 
TitleEffect of Tensor Range in Nuclear Two-Body Problems
Author(s)Feshbach, H.; Schwinger, J.; Harr, J. A.
Publication DateNovember 1949
Report NumberHUX-5
Unique IdentifierACC0109
Other NumbersOSTI ID: 4395389
Research OrgComputation Laboratory of Harvard University, Cambridge, Massachusetts
Contract NoAT(30-1)-497
Sponsoring OrgUS Atomic Energy Commission (AEC)
SubjectNuclear Physics; Neutrons -- Properties; Protons -- Properties; Deuterons -- Properties
KeywordsPhysics; Charge Independence; Decay; Deuterons; Errors; Interactions; Magnetic Moments; Many Body Problem; Mathematics; Mesons; Neutrons; Nuclear Models; Photoelectric Effect; Protons; Quadrupoles; Scattering; Sensitivity; Tensors; Variational Method; Variations; Vectors
Related Web PagesJulian Schwinger and the Source Theory
AbstractThe interaction between neutron and proton in the triplet state is investigated, a wide variation in the values of both central and tensor ranges are included; the per cent D state in the deuteron and the effective triplet range have been computed; the results are applied tot he discussion of the magnetic moment of the deuteron, the photoelectric disintegration of the deuteron, and neutron-proton scattering.
2769 K
57 pp.
View Document 

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