Significant structure theory applied to liquid 4He

The significant structure theory applied to liquid oxygen.

The significant structure theory applied to a mesophase system.

The significant structure theory of liquids is extended to the mesophase system with p-azoxyanisole as an example. This compound has two different structures, a nematic phase and an isotropic phase, in its liquid state. In this study the nematic phase is treated as subject to a second volume and temperature-dependent degeneracy formally like that due to melting. The isotropic phase is treated a...

The significant structure theory of liquids applied to the shock compression of argon.

Correlation between the Significant Liquid Structure Theory and the Cell Theory.

9 Albert, A., Biochem. J., 50, 690 (1952). 10 Akedo, H., and H. N. Christensen, J. Biol. Chem., 237, 118 (1962). Frimpter, G. W., J. Biol. Chem., 236, PC51 (1961). laDent, C. E., and G. A. Rose, Quart. J. Med., 20, 205 (1951). 3Webber, W. A., Am. J. Physiol., 202, 577 (1962). 14 Winter, C. G., and H. N. Christensen, J. Biol. Chem., in press. 1Christensen, H. N., H. Akedo, D. L. Oxender, and C. ...

Neutron Scattering from Liquid 4He

where b~ is a length describing the strength of the interaction. The scattering cross-section may be readily derived 1"2 from V(r) using Fermi's Golden rule leading to (1). Any excitation in a solid or fluid that contributes to or leads to a density fluctuation can be observed in S(Q, to). For comparison with experiment, it is convenient to calculate the dynamic susceptibility corresponding to ...