Titlebook: Nuclear Energy Synergetics; An Introduction to C A. A. Harms,M. Heindler Book 1982 Springer Science+Business Media New York 1982 energy.ene

關(guān)心

Decimate

模范

https://doi.org/10.1007/978-1-4615-9266-2energy; energy concepts; energy systems; energy technology; engine; nuclear energy; perception; planning; po

Scleroderma

Nuclear ProcessesThe analysis of synergetic nuclear energy systems will be considerably aided by the recognition of the role of pertinent nuclear processes. In this chapter we identify and describe the dominant nuclear processes of interest to us here, emphasizing the descriptive aspects of the subject as they relate in our nuclear synergetic theme.

TAP

The Receding HorizonIn the preceding chapters we focused on nuclear energy technologies characterized by heavy-element fission, D-T fusion, spallation processes, and central station power plants. Our interest in this chapter is to look beyond these systems and identify other fuels as well as other synergetic nuclear energy systems concepts.

LIEN

鋸齒狀

迅速成長(zhǎng)

The Spallation - Fission Symbionta synergetic nuclear energy system consisting of a spallation accelerator integrated with a companion fission reactor. In keeping with our chosen focus of analysis, we emphasize primarily the nuclear fuel and power balances.

Morose

The (D-T) Fusion-Fission Symbiontfission reactors by isotope and power exchange linkages. Such a system is called a D-T fusion-fission symbiont. Our objective here is to describe and characterize some of the main features of isotope and power flows for such a fusion-fission nuclear energy system.

輪流

Introductionnot possible otherwise. The traditional fission or fusion classification of nuclear energy technologies is here taken as the essential starting point for our synergetic approach to the use of nuclear energy.