Hypervelocity impact fusion of heavy clusters
β Scribed by V.E. Fortov; T.P. Novikova; A.N. Lebedev; G.S. Romanov; V.A. Skvortsov; A.V. Teterev
- Publisher
- Elsevier Science
- Year
- 1995
- Tongue
- English
- Weight
- 300 KB
- Volume
- 17
- Category
- Article
- ISSN
- 0734-743X
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A theoretical model is presented for shock-wave cluster impact fusion that can explain and predict D-D fusion rates for D,O. H?O, and D cluster beams impacting on deuterated targets, e.g. TiD, ( C2D4) I) and ZrD,.bS. Two physically reasonable parameters, obtained from one set of data, are used as i
Numerical investigations have been carried out for thermonuclear fusion processes under hypervelocity impact of micro-projectile composed of deuterium-tritium mixture on a surface of solid target. The results are discussed. Crucial thermonuclear fusion initiation parameters are defined.
The significance of different Pi terms which result from a dimensional analysis of the parameters involved in hypervelocity impact is discussed. The consequences of distorting some physical phenomena in models are analyzed, and experimental verification Is presented for the use of replica and dissim