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[en] We show that the presence of short chainlike structures in the dense fluid, modeled here for simplification as tetramers, can provide a mechanism to explain the surprisingly large compressibility of liquid deuterium observed in recent shock experiments at megabar pressures. The presence of chains leads to a large increase in the density of states and to a lowering of the Hugoniot temperature thereby increasing the compressibility that in turn increases the maximum density attained by the Hugoniot
Journal
Physical Review. B, Condensed Matter and Materials Physics; ISSN 1098-0121; 
; v. 64(13); p. 134210-134210.8
; v. 64(13); p. 134210-134210.8