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10.2. Radioaktivnost, yego tipы i osnovnыye zakonы
10.3. Metodы registrasii radioaktivnыx luchey
10.4. Deystviya na jivoy organizm rentgenovskix i radioaktivnыx luchey
10.5.
Radiasionnaya biofizika
10.6. Primeneniye atomnыx izlucheniy v selskom xozyaystve
10.7. Problemы zaщitы ot vrednыx deystviy atomnoy energii
XI. Literatura
Contents
Introduction
I. Biomechanics
1.1. Deformation of hard body
1.2. The structure and property of polymers
1.3. The forces of interaction of polymers
1.4. Mechanics of muscles
II. Bioacoustics
2.1. The sound, its properties and physical characteristics.
2.2. Physical properties of the sound
2.3. The usage of sound methods in medicine and veterinary
2.4. Noises and their role in veterinary
III. Physical basis of hydrodynamics
3.1. Equaliration of indissolubility of ideal liquid
3.2. Methods of measuring of coefficient of viscidity of liquids
3.3. Heart and blood vessels as a closed biophysical system
3.4. The work and power of heart
3.5. Physical characteristics of blood
3.6. Determination of speed of blood
IV. Biopysics of diaphragm
4.1. The structure of biological diaphragm
4.2. Mechanics of cellular diaphragm
4.3. Phases of tranfering of diaphragm
V. Features of transferring in biological systems
5.1. Physical meaning and equalization of phenomenon transferring
5.2. Types of transfering
5.3. Phenomenon of transfer in biological system
5.4. The transfer of electrons and
transformation of energy in
biomembranes
5.5. Osmos. Osmotic pressure
5.6. Moistening Capillary phenomenon
5.7. Biophysical basis of exchange of warmth in living organism
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