ANALYSIS OF PROTON ELASTIC SCATTERING USING POTENTIALS DERIVED FROM NUCLEON DENSITY DISTRIBUTIONS AND TWO BODY POTENTIALS [electronic resource].

Published:: Oak Ridge, Tenn. : Distributed by the Office of Scientific and Technical Information, U.S. Dept. of Energy, 1970.
Additional Creators:: United States. Department of Energy. Office of Scientific and Technical Information

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Report Numbers:

E 1.99:coo--1265-81
coo--1265-81

Subject(s):

N36450* --Physics (Nuclear)--Nuclear Properties & Reactions, 20 <= A <= 89--Nuclear Reactions & Scattering
N36553 --Physics (Nuclear)--Nuclear Properties & Reactions, A >= 90--Nuclear Reactions & Scattering--Protons

Other Subject(s):

Cobalt 59.
Elastic Scattering
Iron 56.
Lead 208
Mev Range
Mev Range 10-100
Nickel 58.
Nickel 60.
Nuclear Models
Optical Model
Proton Beams
Protons
Tin 120
Protons/Scattering By Cobalt-59, Iron-56, Lead-208, Nickel-58, Nickel-60, And Tin-120 At 30.3 Mev, Optical Model Analysis Using Potentials Derived From Nucleon Density Distributions And Two-Body Potentials, (T)
Nickel Isotopes Ni-60/Proton Elastic Scattering At 303 Mev, Optical Model Analysis Using Potentials Derived From Nucleon Densities And Two-Body Potentials, (T)
Nickel Isotopes Ni-58/Proton Elastic Scattering At 303 Mev, Optical Model Analysis Using Potentials Derived From Nucleon Densities And Two-Body Potentials, (T)
Tin Isotopes Sn-120/Proton Elastic Scattering At 303 Mev, Optical Model Analysis Using Potentials Derived From Nucleon Densities And Two-Body Potentials, (T)
Lead Isotopes Pb-208/Proton Elastic Scattering At 303 Mev, Optical Model Analysis Using Potentials Derived From Nucleon Densities And Two-Body Potentials, (T)
Cobalt Isotopes Co-59/Proton Elastic Scattering At 303 Mev, Optical Model Analysis Using Potentials Derived From Nucleon Densities And Two-Body Pot

Note:

Published through SciTech Connect.
10/31/1970.
"coo--1265-81"
Greenlees, G.W.; Makofske, W.; Pyle, G.J.
Minnesota Univ., Minneapolis. Dept. of Physics

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