Tetrahedral hard sphere model - Revision history

Carl McBride: Removed stub and added numeric templates

2010-05-12T14:05:36Z

Removed stub and added numeric templates

← Older revision		Revision as of 16:05, 12 May 2010
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	~~{{stub-general}}~~
	[[Image:HS_tetrahedron.png\|thumb\|right]]		[[Image:HS_tetrahedron.png\|thumb\|right]]
	The '''tetrahedral hard sphere model''' consists of four [[hard sphere model \| hard spheres]] located on the vertices of a [[Hard tetrahedron model \| regular tetrahedron]].		The '''tetrahedral hard sphere model''' consists of four [[hard sphere model \| hard spheres]] located on the vertices of a [[Hard tetrahedron model \| regular tetrahedron]].
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	<references/>		<references/>

			{{Numeric}}
	[[category: models]]		[[category: models]]

Carl McBride: .

2010-05-12T13:58:38Z

← Older revision		Revision as of 15:58, 12 May 2010
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	[[Image:HS_tetrahedron.png\|thumb\|right]]		[[Image:HS_tetrahedron.png\|thumb\|right]]
	The '''tetrahedral hard sphere model''' consists of four [[hard sphere model \| hard spheres]] located on the vertices of a [[Hard tetrahedron model \| regular tetrahedron]].		The '''tetrahedral hard sphere model''' consists of four [[hard sphere model \| hard spheres]] located on the vertices of a [[Hard tetrahedron model \| regular tetrahedron]].
			==Second virial coefficient==
			The [[second virial coefficient]] is given by (<ref name="AbascalBresme" >[http://dx.doi.org/10.1080/00268979200102181 J. L. F. Abascal and F. Bresme "Monte Carlo simulation of the equation of state of hard tetrahedral molecules", Molecular Physics '''76''' pp. 1411-1421 (1992)]</ref> Eq.5):

			:<math>\frac{B_2^}{4V_m^} = 1 + \frac{UL^* + VL^{*3}}{4}</math>

			where <math>L^</math> is the reduced elongation, <math>V_m^</math> is the corresponding reduced volume, <math>U=0.72477</math> and <math>V=4.730</math>.
	==Equation of state==		==Equation of state==
	<ref>~~[http~~://dx.~~doi~~.~~org~~/10.~~1080~~/~~00268979200102181 J. L. F. Abascal~~ and ~~F. Bresme "Monte Carlo simulation of the equation of state of hard tetrahedral molecules", Molecular Physics '''76''' pp~~. ~~1411-1421 (1992)]~~</~~ref~~>		The [[Equations of state \| equation of state]] is given by (<ref name="AbascalBresme"> </ref> Eq. 17):


			:<math>\frac{\beta P}{\rho} = \frac{1+(1+UL^* + VL^{3})y + (1+WL^ + XL^{4})y^2 - (1+ ZL^{3})y^3}{(1-y)^3}</math>


			where <math>U=0.72477</math>, <math>V=4.730</math>, <math>W=1.3926</math>, <math>X=24.78</math> and <math>Z=7.69</math>.
	==References==		==References==
	<references/>		<references/>

Carl McBride: New page: {{stub-general}} right The '''tetrahedral hard sphere model''' consists of four hard spheres located on the vertices of a [[Hard ...

2010-05-12T13:27:07Z

New page: {{stub-general}} thumb|right The '''tetrahedral hard sphere model''' consists of four hard spheres located on the vertices of a [[Hard ...

New page

{{stub-general}}
[[Image:HS_tetrahedron.png|thumb|right]]
The '''tetrahedral hard sphere model''' consists of four [[hard sphere model | hard spheres]] located on the vertices of a [[Hard tetrahedron model | regular tetrahedron]].
==Equation of state==
<ref>[http://dx.doi.org/10.1080/00268979200102181 J. L. F. Abascal and F. Bresme "Monte Carlo simulation of the equation of state of hard tetrahedral molecules", Molecular Physics '''76''' pp. 1411-1421 (1992)]</ref>
==References==
<references/>

[[category: models]]