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Neutron Cross Sections at 115 ev and 300 ev—I

Carl T. Hibdon, Carl O. Muehlhause

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Abstract

Total neutron cross sections for a number of elements were measured at 115 ev and 300 ev with an energy resolution of approximately 10 percent. The cross sections were separated into two parts: a resonance cross section and an asymptotic cross section. The first cross section represented the effect of a neutron resonance in the material studied overlapping the detector. The second cross section was identified either as the potential scattering cross section, or a minimum cross section in the neighborhood of a resonance.

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Total neutron cross sections for a number of elements were measured at 115 ev and 300 ev with an energy resolution of approximately 10 percent. The cross sections were separated into two parts: a resonance cross section and an asymptotic cross section. The first cross section represented the effect of a neutron resonance in the material studied overlapping the detector. The second cross section was identified either as the potential scattering cross section, or a minimum cross section in the neighborhood of a resonance.

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Available abstract

Total neutron cross sections for a number of elements were measured at 115 ev and 300 ev with an energy resolution of approximately 10 percent. The cross sections were separated into two parts: a resonance cross section and an asymptotic cross section. The first cross section represented the effect of a neutron resonance in the material studied overlapping the detector. The second cross section was identified either as the potential scattering cross section, or a minimum cross section in the neighborhood of a resonance.

Key concepts: Cross section (physics), Nuclear cross section, Resonance (particle physics), Neutron, Physics, Nuclear physics, Atomic physics, Resolution (logic)

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