Cover of Generation IV Nuclear Reactors : Design, operation and prospects for future energy production by Dunlap, Richard A, ISBN 9780750360708
Nuclear

Generation IV Nuclear Reactors : Design, operation and prospects for future energy production

Contributor(s): Author Format: Paperback

Paperback Β· ISBN 9780750360708

β‚Ή3,153 2%
β‚Ή3,225

Inclusive of GST and other taxes

100% Quality Assurance
No Account Creation Required
Fast Delivery
Secured Transactions

Arriving at your doorstep in 10-15 days

Our logisitcs team will make sure everyitem is delivered safely

Key Specifications

ISBN 9780750360708
Publisher Institute of Physics Publishing
Publication date October 2024
Language English
MRP Β£25.00 GBP
Page count 326
Item weight 125 g

Generation IV nuclear reactors are designed to be safe, economical and to produce minimal radioactive waste material. The present book reviews the various categories of Generation IV reactors and their applications, providing an overview of the physics of nuclear power reactors and describing the technology behind each of the six Generation IV designs. It describes past progress in each of these technologies and summarizes current research and development activities. It gives an evaluation of the advantages and disadvantages of each design and summarizes the ways in which each satisfies the criteria specified by the Generation IV International Forum. This book provides an overview of the environmental aspects of nuclear power, an introduction to the physics of fission reactors and a summary of the drawbacks of current reactor designs.

Key Features

  • Provides an overview of how nuclear fission power can contribute to future low-carbon energy sources
  • Discusses the environmental aspects of nuclear power, the physics of fission reactors and the drawbacks of current reactor designs
  • Provides a detailed technical description of potential Generation IV fission reactors
  • Analyses how each Generation IV reactor design deals with current reactor drawbacks
  • Reviews previous work and current status of each Generation IV reactor design
  • Considers the possibility and timescale for commercial development of each design