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• W2045601739 startingPage "10256" @default.
• W2045601739 abstract "The quantum hard-sphere fluid with attractive Yukawa interactions is studied along several isochores, at low and medium densities, by varying the rest of the parameters that define its state points (the temperature, and the well-depth and inverse range of the attractive tail). Path integral Monte Carlo simulations are performed to fix the thermodynamics (energies and pressures) and the pair structures in r-space (instantaneous, linear response, and centroids). The k-space structure factors associated with these radial structures are determined via direct correlation functions defined by suitable Ornstein–Zernike equations. The results obtained allow one to assess quantitatively the reduction in the quantum features of the hard-sphere system due to the inclusion of attractive interactions. Besides, it is observed that under certain conditions the Yukawa interactions can lead to the formation of cavities in the system. For the sake of comparison, some complementary simulations of the bare quantum hard-sphere system have also been carried out, which have helped to resolve certain unclear features near a fluid–solid change of phase of this system. At the onset of increasing fluctuations in the Yukawa system one can observe, from the computation of k-space properties, the negligible role of the repulsive forces in this issue, and also the direct correlation function features associated with the attractions. In addition, the current quantum results give evidence of the decrease in both the critical temperature and the critical density of the Yukawa system, as compared with its classical counterpart." @default.
• W2045601739 created "2016-06-24" @default.
• W2045601739 creator A5022060161 @default.
• W2045601739 creator A5037542893 @default.
• W2045601739 date "2003-10-29" @default.
• W2045601739 modified "2023-09-23" @default.
• W2045601739 title "A simulation study of the quantum hard-sphere Yukawa fluid" @default.
• W2045601739 cites W1845618662 @default.
• W2045601739 cites W1877110894 @default.
• W2045601739 cites W1964113128 @default.
• W2045601739 cites W1964582727 @default.
• W2045601739 cites W1966780484 @default.
• W2045601739 cites W1969115057 @default.
• W2045601739 cites W1969869403 @default.
• W2045601739 cites W1971099815 @default.
• W2045601739 cites W1978643307 @default.
• W2045601739 cites W1979196403 @default.
• W2045601739 cites W1979409583 @default.
• W2045601739 cites W1982394177 @default.
• W2045601739 cites W1984135072 @default.
• W2045601739 cites W1987067210 @default.
• W2045601739 cites W1997126380 @default.
• W2045601739 cites W1997934518 @default.
• W2045601739 cites W2000169874 @default.
• W2045601739 cites W2000813904 @default.
• W2045601739 cites W2003771127 @default.
• W2045601739 cites W2009815313 @default.
• W2045601739 cites W2010760289 @default.
• W2045601739 cites W2011127729 @default.
• W2045601739 cites W2012709020 @default.
• W2045601739 cites W2014124391 @default.
• W2045601739 cites W2015287199 @default.
• W2045601739 cites W2015293544 @default.
• W2045601739 cites W2016936228 @default.
• W2045601739 cites W2017855469 @default.
• W2045601739 cites W2020658971 @default.
• W2045601739 cites W2021572373 @default.
• W2045601739 cites W2022309251 @default.
• W2045601739 cites W2027334657 @default.
• W2045601739 cites W2033357112 @default.
• W2045601739 cites W2034070734 @default.
• W2045601739 cites W2039266100 @default.
• W2045601739 cites W2041931999 @default.
• W2045601739 cites W2044007280 @default.
• W2045601739 cites W2048225376 @default.
• W2045601739 cites W2051329936 @default.
• W2045601739 cites W2053062819 @default.
• W2045601739 cites W2054813781 @default.
• W2045601739 cites W2056864414 @default.
• W2045601739 cites W2057013077 @default.
• W2045601739 cites W2058908914 @default.
• W2045601739 cites W2061052255 @default.
• W2045601739 cites W2061073091 @default.
• W2045601739 cites W2061122258 @default.
• W2045601739 cites W2061743070 @default.
• W2045601739 cites W2062291903 @default.
• W2045601739 cites W2063833930 @default.
• W2045601739 cites W2066602118 @default.
• W2045601739 cites W2071825871 @default.
• W2045601739 cites W2083990481 @default.
• W2045601739 cites W2089366950 @default.
• W2045601739 cites W2089460570 @default.
• W2045601739 cites W2092204065 @default.
• W2045601739 cites W2092639702 @default.
• W2045601739 cites W2095833364 @default.
• W2045601739 cites W2105153945 @default.
• W2045601739 cites W2112940941 @default.
• W2045601739 cites W2115484379 @default.
• W2045601739 cites W2134572860 @default.
• W2045601739 cites W2135068258 @default.
• W2045601739 cites W2153376092 @default.
• W2045601739 cites W2155593818 @default.
• W2045601739 cites W2158185049 @default.
• W2045601739 cites W2164603861 @default.
• W2045601739 cites W2164658175 @default.
• W2045601739 cites W2170198945 @default.
• W2045601739 cites W3102588597 @default.
• W2045601739 cites W3103932710 @default.
• W2045601739 cites W4244584041 @default.
• W2045601739 cites W4247799855 @default.
• W2045601739 cites W4250752483 @default.
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• W2045601739 doi "https://doi.org/10.1063/1.1618731" @default.
• W2045601739 hasPublicationYear "2003" @default.
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