The use of storage rings, operating in slow ramping mode to obtain excitation function data, is presented. Such experiments could provide a new way of probing the liquid-gas phase transition. We also discuss "isotopic effect ratios" which may act both as thermometer and as clack for the fragmentation process. Recent data on pi(+), p and d emission in the first slow ramping experiments at the CELSIUS storage ring are presented.
Excitation function experiments at storage rings with the ultimate goal to probe the liquid-gas phase transition
Bellini VMembro del Collaboration Group
;SUTERA C.Membro del Collaboration Group
1998-01-01
Abstract
The use of storage rings, operating in slow ramping mode to obtain excitation function data, is presented. Such experiments could provide a new way of probing the liquid-gas phase transition. We also discuss "isotopic effect ratios" which may act both as thermometer and as clack for the fragmentation process. Recent data on pi(+), p and d emission in the first slow ramping experiments at the CELSIUS storage ring are presented.File in questo prodotto:
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