John Maynard Keynes is credited with the aphorism that the long-term view in economics must be taken in the light that "in the long-term we are aU dead". It is not in any spirit of gloom however that we invite our readers of the sixteenth volume in the review series, Advances in Nuclear Science and Technology, to take a long view. The two principal roles of nuclear energy lie in the military sphere - not addressed as such in this serie- in the sphere of the centralised production of power, and chiefly electricity generation. The immediate need for this latter has receded in the current era of restricted economies, vanishing growth rates and occasional surpluses of oil on the spot markets of the world. Nuclear energy has its most important role as an insurance against the hard times to come. But will the demand come at a time when the current reactors with their heavy use of natural uranium feed stocks are to be used or in an era where other aspects of the fuel supply must be exploited? The time scale is sufficiently uncertain and the duration of the demand so unascertainable that a sensible forward policy must anticipate that by the time the major demand comes, the reasonably available natural uranium may have been largely consumed in the poor convertors of the current thermal fission programme.
Table of ContentsElectrical Insulation and Fusion Reactors.- I. Introduction.- II. Fusion Environment.- III. Materials and Radiation.- IV. General Discussion and Conclusion.- V. Acknowledgements.- The Human Factors of CRT Displays for Nuclear Power Plant Control.- I. Introduction.- II. The Human Operator in Nuclear Process Control.- III. Fundamentals of CRT Display Systems.- IV. Effective CRT Display Design for Nuclear Process Control.- V. Summary.- References.- Nuclear Pumped Lasers.- I. Introduction.- II. Physics of Nuclear Pumping.- III. Experimental Research.- IV. Modelling of Nuclear-Pumped Lasers.- V. Reactor Laser Systems.- VI. State-of-the-Art of Nuclear-Pumped Lasers.- References.- Fusion-Fission Hybrid Reactors.- I. Introduction.- II. Range of Characteristics Attainable from Hybrid Reactor Blankets.- III. Blanket Design Considerations.- IV. Hybrid Reactor Designs.- V. Alternative Fuel Hybrid Reactors.- VI. Multi-Purpose Hybrid Reactors.- VII. Hybrid Reactors and the Energy Economy.- VIII. Concluding Remarks.- Acknowledgements.- References.- Radiation Protection Standards: Their Development and Current Status.- I. Introduction.- II. Basic Standards for Radiological Protection.- III. The Practical Application of Standards.- IV. Current Issues.- V. Future Developments.- References.- Glossary of Dosimetric Quantities and Units.