Nova Science Publishers, New York, 2009, 484 pages, ISBN: 1606925083
Two of the papers in this collection review modeling approaches to turbulent mixing and void drift in sub-channel analysis and the history of magnetic confinement fusion power plant conceptual designs. Other topics of the 11 papers include neutron physics research for the development of accelerator-driven systems, microalloy design for pressure vessel steels, dominant electron heating in tokamaks, advances in safety and environmental concerns, and leak detection technology. No credentials are cited for the editors and no peer review process is noted.
Preface
Neutron Physics Research for the Development of Accelerator- Driven Systems
An Overview about Modeling Approaches for Turbulent Mixing and Void Drift in Sub-Channel Analysis
Quantum Theory Way to the Two-Laser Ignition Facility
The Development of Fuel Cladding Chemical Interaction Zones in Irradiated U-ZR and U-PU-ZR Fuel Elements With Stainless Steel Cladding
Microalloying Design for Nuclear Reactor Pressure Vessel (RPV) Steels
History and Evolution of Fusion Power Plant Studies: Past, Present, and Future Prospects
Optimization of Configuration under Dominant Electron Heating in Tokamaks
Impurity Radiation and Opacity Effects in Fusion Plasmas
Recent Developments in Safety and Environmental Aspects of Fusion Experiments and Power Plants
Leak Detection Technology
A D-3He Spherical Tokamak Reactor with the Plasma Current Ramp-Up by Vertical Field
Short Communications
A Pragmatic Course in Nuclear Engineering
Low-Density-Plastic-Foam Capsule of Cryogenic Targets of Fast Ignition Realization Experiment (FIREX) in Laser Fusion Research