Nuclear Energy

Eugene Wigner is one of the very few scientists that may safely be describedas creators of 20th-century physics. This volume of his Collected Works is devoted to his contributions to nuclear energy. In his Introduction and Annotations A.M. Weinberg surveys Wigner's contributions to nuclear-reac...

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Bibliographic Details
Other Authors: Weinberg, Alvin M. (Editor)
Format: eBook
Language:English
Published: Berlin, Heidelberg Springer Berlin Heidelberg 1992, 1992
Edition:1st ed. 1992
Series:The Scientific Papers
Subjects:
Online Access:
Collection: Springer Book Archives -2004 - Collection details see MPG.ReNa
Table of Contents:
  • 24. On the Available Information Concerning the Interaction of Neutrons with Matter
  • Fission Products
  • 25. The Rate of Decay of Fission Products
  • Wigner Effect
  • 26. The Effects of Radiation on Solids
  • Reactor Theory Annotation by Alvin M. Weinberg
  • 27. Theoretical Physics in the Metallurgical Laboratory of Chicago
  • 28. Mathematical Problems of Nuclear Reactor Theory
  • Microscopic Reactor Theory
  • 29. Resonance Escape Probability in Lattices
  • 30. On the Utilization of Thermal Neutrons
  • Temperature Coefficients
  • 31. Effect of the Temperature of the Moderator on the Velocity Distribution of Neutrons with Numerical Calculations for H as Moderator
  • Macroscopic Reactor Theory
  • 32. Approximate Boundary Conditions for Diffusion Equation at Inteface Between Two Media
  • 33. On the Boundary Condition Between Two Multiplying Media
  • 34. On Variations of the Power Output in a Running Pile
  • 35. Use of the Pile Oscillator for the Measurement of Pile Constants
  • 10. Density of Neutrons in Carbon Block with and Without Absorbing Material
  • Reactor Engineering at Chicago, 1942–1945, and at Clinton, 1946–1947 Annotation by Alvin M. Weinberg
  • Plutonium-Producing Reactors
  • 11. Report of the Committee for the Examination of the Moore-Leverett Design of a He-Cooled Plant
  • 12. General Considerations Concerning the Lattice Structure
  • 13. Survey of the Power Plant Problem
  • 14. A Plant with Water Cooling
  • 15. On a Plant with Water Cooling
  • 16. Preliminary Process Design of Liquid Cooled Power Plant Producing 5 x 105 kW
  • 17. Memorandum from P-9 Committee
  • Breeders
  • 18. Breeders and Converters: Minutes of Lecture on April 7, 1945
  • 19. Preliminary Calculations on a Breeder with Circulating Uranium
  • 20. New Ideas for Nuclear Reactors
  • 21. Project Hope: A Chemical Reprocessing Plantfor a Nuclear Power Economy
  • Reactor Shielding
  • 22. Protection Against Radiations
  • 23. Penetration of Fission Neutrons Through Water
  • 36. Effect of Small Perturbations on Pile Period
  • 37. Efficiency of Control Rods Which Absorb Only Thermal Neutrons
  • General Articles on Nuclear Energy and Energy Policy Annotation by Alvin M. Weinberg
  • 38. Atomic Energy
  • 39. Impact of the Developments in Atomic Energy on the Sciences
  • 40. Ziele und Probleme von Reaktoren
  • 41. Longer Range View of Nuclear Energy
  • 42. Our Needs for Energy and Ways to Satisfy Them
  • Book on Reactor Theory and Nuclear Physics
  • IV The Wigner Patents
  • The Wigner Patents
  • I Introduction: Eugene Wigner and Nuclear Energy
  • Introduction: Eugene Wigner and Nuclear Energy
  • II Memoir of the Uranium Project
  • Memoir of the Uranium Project
  • III Acrticles, Reports, and Memoranda on Nuclear Energy
  • The Pre-Chicago Days Annotation by Alvin M. Weinberg
  • 1. For Discussion of the Homogeneous and Lattice Arrangements for Power Plants
  • 2. Approximation for Radius of Sphere Sufficient for Chain Reaction in Light Isotype
  • 3. Diffusion of Slow Neutrons on Absorbing Materials
  • 4. Solution of Boltzmann’s Equation for Monoegenergetic Neutrons in an Infinite Homogeneous Medium
  • 5. Review of the Measurements of the Resonance Absorption of Neutrons by Uranium in Bulk
  • 6. Resonance Absoprtion of Neutrons by Spheres
  • 7. Effect of Geometry on Resonance Absorption of Neutrons by Uranium
  • 8. Effect of Temperature on Total Resonance Absorption of Neutrons by Spheres of Uranium Oxide
  • 9. Absorption of Thermal Neutrons in Uranium