Physics with high energy electron-positron colliding beams with the MARK J detector
✍ Scribed by D.P. Barber; U. Becker; H. Benda; A. Böhm; J.G. Branson; J. Bron; D. Buikman; J.D. Burger; C.C. Chang; H.S. Chen; M. Chen; C.P. Cheng; Y.S. Chu; R. Clare; P. Duinker; G.Y. Fang; H. Fesefeldt; D. Fong; M. Fukushima; J.C. Guo; A. Hariri; G. Herten; M.C. Ho; H.K. Hsu; R.W. Kadel; W. Krenz; J. Li; Q.Z. Li; M. Lu; D. Luckey; C.M. Ma; D.A. Ma; G.G.G. Massaro; T. Matsuda; H. Newman; M. Pohl; F.P. Poschmann; J.P. Revol; M. Rohde; H. Rykaczewski; K. Sinram; H.W. Tang; L.G.Tang Samuel; C.C. Ting; K.L. Tung; F. Vannucci; X.R. Wang; P.S. Wei; M. White; G.H. Wu; T.W. Wu; J.P. Xi; P.C. Yang; C.C. Yu; X.H. Yu; N.L. Zhang; R.Y. Zhu
- Publisher
- Elsevier Science
- Year
- 1980
- Tongue
- English
- Weight
- 269 KB
- Volume
- 63
- Category
- Article
- ISSN
- 0370-1573
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## Abstract High intensity particle beams from accelerators induce high energy density states in bulk matter. Due to the specific nature of the ion‐matter interaction a volume of matter is heated uniformly with low gradients of temperature and pressure in the initial phase, depending on the pulse s