Results 91 to 100 of about 3,778 (224)
In this paper, the perturbed virial equations of state with temperature-dependent virial coefficients are constructed using the Carnahan–Starling (CS) hard sphere equation as reference. Considering the second virial coefficient, some critical properties
JIANXIANG TIAN
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Distribution of the second virial coefficients of globular proteins
George and Wilson [Acta. Cryst. D 50, 361 (1994)] looked at the distribution of values of the second virial coefficient of globular proteins, under the conditions at which they crystallise. They found the values to lie within a fairly narrow range.
Sear, RP
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Second virial coefficients of diblock copolymers
A perturbation theory for the second virial coefficient of A-B type diblock copolymers in solution, which can account for any branching present in the blocks, is presented.
S.G. Rao +5 more
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S matrix poles and the second virial coefficient
PTHFor cutoff potentials, a condition which is not a limitation for the calculation of physical systems, the S matrix is meromorphic. It may be expressed in terms of its poles, and then the quantum mechanical second virial coefficient of a neutral gas ...
Baxter, J. +4 more
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Experimental support for reclassification of the light scattering second virial coefficient from macromolecular solutions as a hydrodynamic parameter. [PDF]
Winzor DJ, Dinu V, Scott DJ, Harding SE.
europepmc +1 more source
Probing interactions of therapeutic antibodies with serum via second virial coefficient measurements. [PDF]
Larsen HA, Atkins WM, Nath A.
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An investigation of virial coefficients of gases
The most widely used experimental method for studying the forces between pairs of molecules is the determination of the second compressibility virial coefficient, B, defined by: z = Pvm/RT = 1 + B/Vm + C/V2 + . . . For non-polar gases at temperatures
Haworth, William S.
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Critical temperatures of real fluids from the extended law of corresponding states
The extended law of corresponding states was proposed based on the patterns observed in the second virial coefficient for potential models of variable range.
Alfredo González-Calderón +2 more
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The quantum corrections to the second virial coefficient of simple nonpolar polyatomic gases have been calculated for the noncentral intermolecular forces by taking into consideration the various factors, viz., (1) quadrupole-quadrupole interaction, (2 ...
Singh, Y. +3 more
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The contribution of metastably bound double molecules to the second virial coefficient B(T) of a polar gas has been calculated by assuming the dipoles to be in the head-to-tail position.
Singh, Yashwant +2 more
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