Compound-Nuclear Reactions and Related Topics: Proceedings of the 2007 International Workshop on Compound-Nuclear Reactions and Related Topic - (CNR* 2007)

, by Escher, Jutta; Dietrich, Frank S.; Kawano, Toshihiko; Thompson, Ian J.

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ISBN: 9780735405240 | 0735405247
Cover: Hardcover
Copyright: 7/10/2008

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All papers have been peer-reviewed. Compound-nuclear reactions play a crucial role in nuclear astrophysics, nuclear energy, and national security. Although the concept of the compound nucleus dates back to the 1930s, a comprehensive, quantitative description of compound-nuclear reactions remains to be established. CNR* 2007 brought together experts in nuclear theory, experiment, and data evaluation to review current efforts aimed at understanding compound-nuclear reactions and to identify strategies for addressing open questions.

Introduction to Compound-Nuclear Reactions
Statistical Theory of Compound-nuclear Reactions	p. 3
Experimental Overview of Compound-nuclear Resonance Reactions	p. 10
Nuclear Reaction Data
Nuclear Reaction Data for Nuclear Technologies and Applications	p. 17
New Methods for the Determination of Total Radiative Thermal Neutron Capture Cross Sections	p. 26
[superscript 241]Am(n,[gamma]) Cross Section in the Neutron Energy Region between 0.02 eV and 300 keV	p. 30
Nuclear Reaction Data on Titanium Isotopes	p. 34
Nuclear Structure
Understanding Nuclei: Progress and Challenges	p. 41
The Shell Model Monte Carlo Approach to Level Densities: From Medium-Mass to Heavy Deformed Nuclei	p. 47
Moment Methods and Nuclear Level Densities	p. 53
Nuclear Level Densities Off of the Stability Line	p. 57
Experimental Study of Level Density and [gamma]-Strength Functions from Compound-nuclear Reactions	p. 61
Experimental Level Densities and [gamma]-Strength Functions in Rare Earth Nuclei	p. 65
Experimental Nuclear Level Densities and [gamma]-Ray Strength Functions in Sc and V Isotopes	p. 70
Is There a Low-energy Enhancement in the Photon Strength Function in Molybdenum?	p. 74
Fusion-Evaporation Reactions: A Tool for Gamma-ray Spectroscopy on Light Nuclei	p. 77
Surrogate Nuclear Reactions
Compound-nuclear Reaction Cross Sections from Surrogate Measurements: Status and Challenges	p. 83
Fission Cross Sections and Fission-Fragment Mass Yields via the Surrogate Reaction Method	p. 90
Surrogate Reactions in the Actinide Region	p. 96
Study of the ([superscript 3]He, t) Charge Transfer Reaction as a Surrogate for Neutron Energy between 10 to 20 MeV	p. 101
Is (d,p[gamma]) a Surrogate for Neutron Capture?	p. 105
Determining the (n,[gamma]) Cross Section of [superscript 153]Gd Using Surrogate Reactions	p. 109
Benchmarking the External Surrogate Ratio Method Using the ([alpha], [alpha] ' f) Reaction at STARS	p. 113
Nuclear Reaction Mechanism
Recent Experiments at ORELA and LANSCE and Their Impact on Compound Nuclear Models	p. 119
Compound-Nucleus Formation Following Direct Interactions to Highly Excited Final States	p. 125
Absorption-Fluctuation Theorem for Nuclear Reactions: Brink-Axel, Incomplete Fusion and All That	p. 129
Compound-nucleus Contributions to the Optical Potential	p. 135
Cluster Productions in Intermediate-Energy Proton-Nucleus Reactions	p. 140
Proton Decay of [superscript 18]Ne States Populated in the [superscript 14]O + [alpha] Resonance Interaction	p. 144
Pre-Equilibrium Reactions
Precompound Reactions: Basic Concepts	p. 151
Quantum Preequilibrium Multistep Direct Calculations for Nucleon Scattering on Deformed Nuclei: A Microscopic Approach	p. 154
Statistical Properties of Kawai-Kerman-McVoy T-matrix	p. 160
Effect of Pre-equilibrium Spin Distribution on Neutron-induced Reaction Cross Sections	p. 164
Fission
New Results on Nuclear Fission - Data and Interpretation	p. 171
An Overview of Fission Measurements at LANSCE	p. 177
A Time Projection Chamber for Precision [superscript 239]Pu(n,f) Cross Section Measurement	p. 182
The Fission Barrier Landscape	p. 186
Fission Fragment Properties from a Microscopic Approach	p. 190
Microscopic Theory of Fission	p. 194
Prompt Fission Neutrons as Probes to Nuclear Configurations at Scission	p. 198
Event-by-Event Simulation of Induced Fission	p. 202
Superheavy Elements
Nuclear Reactions Used for Superheavy Element Research	p. 209
Long Fission Times of Super-heavy Compound Nuclei	p. 215
Nuclear Astrophysics
Electron Capture-delayed Neutron Emissions in Neutron Star Crust Simulations Using a Hauser-Feshbach Model	p. 221
Nucleosynthesis in Early Neutrino Driven Winds	p. 225
Use of NIF in Nuclear Astrophysics: Examples of Experiments	p. 229
Workshop Poster	p. 233
Workshop Program	p. 235
Workshop Participants	p. 241
Group Photo	p. 243
Author Index	p. 245
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