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3 results on '"NEUTRON DECAY FEATURES"'

1. NEUTRON DECAY OF THE EXCITATION-ENERGY REGION UP TO 60 MEV, EXCITED BY HEAVY-ION SCATTERING .2. ZR-90 AND SN-124

Subjects
E = 1428 MEV, GIANT MONOPOLE RESONANCE, O-17 'N), Nuclear Theory, MEASURED O-17 SPECTRA, COMPARISON WITH STATISTICAL MODEL, PB-208, ZR-90, SN-124(O-17, SN-124 DEDUCED GIANT RESONANCES, NEUTRON DECAY FEATURES, Nuclear Experiment
Abstract

The neutron decay of the continuum in Zr-90 and Sn-124, excited by inelastic scattering of 84A MeV O-17 ions in the range from 1.5 to 4.5-degrees, has been measured. Statistical decay was found to dominate the excitation-energy interval studied, up to about 50 MeV. In the excitation-energy interval from the neutron threshold up to about 35 MeV a distinct direct-decay component to the hole states in Zr-89 and Sn-123 was observed. In addition, a decay pattern resembling pre-equilibrium decay was observed for Zr-90. In the excitation energy spectrum of Zr-90 gated by low-energy (

Published
1994

2. NEUTRON DECAY OF THE EXCITATION-ENERGY REGION UP TO 60 MEV, EXCITED BY HEAVY-ION SCATTERING .2. ZR-90 AND SN-124

Subjects
E = 1428 MEV, GIANT MONOPOLE RESONANCE, O-17 'N), MEASURED O-17 SPECTRA, COMPARISON WITH STATISTICAL MODEL, PB-208, ZR-90, SN-124(O-17, SN-124 DEDUCED GIANT RESONANCES, NEUTRON DECAY FEATURES
Abstract

The neutron decay of the continuum in Zr-90 and Sn-124, excited by inelastic scattering of 84A MeV O-17 ions in the range from 1.5 to 4.5-degrees, has been measured. Statistical decay was found to dominate the excitation-energy interval studied, up to about 50 MeV. In the excitation-energy interval from the neutron threshold up to about 35 MeV a distinct direct-decay component to the hole states in Zr-89 and Sn-123 was observed. In addition, a decay pattern resembling pre-equilibrium decay was observed for Zr-90. In the excitation energy spectrum of Zr-90 gated by low-energy (

Published
1994

3. NEUTRON DECAY OF THE EXCITATION-ENERGY REGION UP TO 60 MEV, EXCITED BY HEAVY-ION SCATTERING .2. ZR-90 AND SN-124

Author

BLOMGREN, J, VANDENBERG, AM, BORDEWIJK, JA, BRANDENBURG, S, CHMIELEWSKA, D, VANDERWOUDE, A, NILSSON, L, OLSSON, N, BLUMENFELD, Y, FRASCARIA, N, ROYNETTE, JC, SCARPACI, JA, SUOMIJARVI, T, ALAMANOS, N, AUGER, F, GILLIBERT, A, ROUSSELCHOMAZ, P, TURCOTTE, R, KVI - Center for Advanced Radiation Technology, Research unit Astroparticle Physics, and Damage and Repair in Cancer Development and Cancer Treatment (DARE)

Subjects
E = 1428 MEV, GIANT MONOPOLE RESONANCE, Nuclear Theory, MEASURED O-17 SPECTRA, SN-124(O-17, O-17 'N), COMPARISON WITH STATISTICAL MODEL, PB-208, ZR-90, SN-124 DEDUCED GIANT RESONANCES, NEUTRON DECAY FEATURES, Nuclear Experiment
Abstract

The neutron decay of the continuum in Zr-90 and Sn-124, excited by inelastic scattering of 84A MeV O-17 ions in the range from 1.5 to 4.5-degrees, has been measured. Statistical decay was found to dominate the excitation-energy interval studied, up to about 50 MeV. In the excitation-energy interval from the neutron threshold up to about 35 MeV a distinct direct-decay component to the hole states in Zr-89 and Sn-123 was observed. In addition, a decay pattern resembling pre-equilibrium decay was observed for Zr-90. In the excitation energy spectrum of Zr-90 gated by low-energy (

Published
1994

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