Thermodynamic properties of bulk knitted structures

The mechanism of interaction of an external magnetic field with liquid was proposed. The statistical integral and configurational contributions for a free energy, entropy and specific heat for the soliton model of bulk knitted structures in a magnetic field were calculated. It was shown that the con...

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Published in:	Biofizika Vol. 47; no. 3; p. 395
Main Authors:	Ponomarev, O A, Susak, I P, Fesenko, E E, Shigaev, A D
Format:	Journal Article
Language:	Russian
Published:	Russia (Federation) 01-05-2002
Subjects:	Algorithms Biophysical Phenomena Biophysics Electromagnetic Fields Hydrogen Bonding Magnetics Models, Biological Thermodynamics Water - chemistry
Online Access:	Get more information
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Abstract	The mechanism of interaction of an external magnetic field with liquid was proposed. The statistical integral and configurational contributions for a free energy, entropy and specific heat for the soliton model of bulk knitted structures in a magnetic field were calculated. It was shown that the concentration of solitons depends on the effect of external fields. In the specific case of bulk knitted structures (liquid water without magnetic field), the theoretical data are consistent with experimental. The memory effects in systems with hydrogen bonds in magnetic field was explained in the framework of the continuum soliton concept.
AbstractList	The mechanism of interaction of an external magnetic field with liquid was proposed. The statistical integral and configurational contributions for a free energy, entropy and specific heat for the soliton model of bulk knitted structures in a magnetic field were calculated. It was shown that the concentration of solitons depends on the effect of external fields. In the specific case of bulk knitted structures (liquid water without magnetic field), the theoretical data are consistent with experimental. The memory effects in systems with hydrogen bonds in magnetic field was explained in the framework of the continuum soliton concept.
Author	Fesenko, E E Shigaev, A D Susak, I P Ponomarev, O A
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Title	Thermodynamic properties of bulk knitted structures
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