Kosarev N.A., Bulatov V.N., Hudorozhkov O.V.
SPECTRAL TIME METHOD OF DETERMINING THE DOPPLER FREQUENCY THROUGH TARGETED TIME CHANGE ^{[№ 1 ' 2011]}
The paper presents a solution to improve the recognition resolution and measurement of the recorded Doppler signal on the basis of targeted spectral and temporal transformation of the noisy fluctuations of the Doppler swing. It provides the basic relationships for determining the sampling interval of the Doppler frequencies and recommendations on the iterations of the derivatives of Doppler frequency

Dolgov M.A., Kosarev A.V.
FAIR USE TERM "PASSIVE" TO LIVING MATTER FROM AN THERMODYNAMICS ^{[№ 12 ' 2009]}
Based on the analysis of the thermodynamic nature of biological forms of matter in motion is shown illegitimate use of the term "passive" to living organisms. In living nature with its cyclical processes, in principle, there can be no motion without the cost of energy. Another thing is that in the opposite phase, preceding the so-called passive phase of the cycle, the energy "stored", but rather is potentiated in the first phase of the cycle. And, therefore, the second phase, too, can not be passive.

Kosarev A.V., Dolgov M.A.
PHONON FLUX IN THE STRUCTURE OF NERVE IMPULSE ^{[№ 5 ' 2008]}
Fundamental views of Semenov S.N. about processes in living structures, specifically in membrane and cytoplasm of nerve cells are developed in this article and also multicomponent character of nerve impulse is regarded here. The whole view about essence of biological form of substance movement on subcellular and cellular levels is represented in this work.

Dolgov M.A., Kosarev A.V.
INTERACTION OF ELASTIC AND HYDRODYNAMIC COMPONENTS AT THE PROCESS OF CONTRACTION AND RELAXATION OF MUSCLE FIBER ^{[№ 12 ' 2007]}
Development of early suggested by authors new interpretation of sarcomere contraction and relaxation mechanism on the base of thermo and hydrodynamics rules is suggested on the base of model of slide filaments. Appreciated accounts of processes provided action of contraction and relaxation mechanism are made in this article.

Dolgov M.A., Kosarev A.V.
HYDRODYNAMICAL MECHANISM OF MUSCULAR FABRIC`S REDUCTION AND RELAXATION AND ITS POWER SUPPLY ^{[№ 10 ' 2005]}
On the basis of model of sliding strings new interpretation of reduction and relaxation mechanism of sarcomere and therefore muscular fabric are offered. Work at reduction is made according to laws of Gess and Puazeyl. The relaxation and stretching of a muscle is made due to potential energy of the forces saved up at reduction and realized by the hydrodynamical mechanism.

Kosarev A.V.
BIODYNAMICS, MECHANISM AND CONDITIONS OF COOPERATIVE ENERGY FLOW ENGINEERING IN BIOLOGICAL STRUCTURES ^{[№ 6 ' 2004]}
Mechanisms and conditions of cooperative power flows origin which provide functional opportunities for bio structures are considered in the article. It is shown that the origin, existing and development of a life is possible only after the dissipative bound when production power of cooperative flows surpasses their dissipation. Biodynamics and dynamics of dissipative structures Prigozhyni are indivisible.

A.V. Kosarev
LAW OF ENTROPY GROWTH AS CONSEQUENCE OF DEGENERATION EFFECT OF THE RESULTING PULSE AND THE DOUBLE NATURE OF THE SECOND LAW OF THERMODYNAMICS ^{[№ 7 ' 2003]}
As well as in the first mechanical variant of H-theorem of Boltsman, attempt to infer the law of entropy growth and an equilibrium condition through dynamics of collision of molecules is made. Basic difference from Boltsman?s technique is, that for a basis of dispersion noncentral impact is accepted, since at the central impact the dispersion does not occur. The nature of indemnification for transformation of heat to work is opened also.