2008
DOI: 10.1007/s10765-008-0466-1
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Study on Surface Tension of Fluid Helium Three

Abstract: As a standard property of helium-3, the surface tension is not only an important aspect to study the normal characteristics of this special cryogenic fluid, but also helpful to understand the Fermi quantum effects at low temperatures. After completion of studies on the thermodynamic and two typical transport properties (thermal conductivity and viscosity) of helium-3, all of the published experimental data of the surface tension of 3 He have been collected. Different measurement techniques are compared and ana… Show more

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“…In the case of hydrocarbons, the exponent is 1.244 [41] and for nitrogen, n = 1.27 [42]. For quantum fluids such as helium, n = 1.289 [43]. In the case of liquid metals, Eustathopoulos et al [44] In more recent work, Digilov [45] has developed another model of the evolution with temperature of the surface tension γ leading to the following equation:…”
Section: Surface Tensionmentioning
confidence: 99%
“…In the case of hydrocarbons, the exponent is 1.244 [41] and for nitrogen, n = 1.27 [42]. For quantum fluids such as helium, n = 1.289 [43]. In the case of liquid metals, Eustathopoulos et al [44] In more recent work, Digilov [45] has developed another model of the evolution with temperature of the surface tension γ leading to the following equation:…”
Section: Surface Tensionmentioning
confidence: 99%