Medical and Biological Physics

CONTENTS
Section 1 - MATHEMATICAL TREATMENT
	Chapter 1 - Introduction to metrology
	Chapter 2 - Elements of probability theory
	Chapter 3 - Elements of mathematical statistics
	Chapter 4 - Fundamentals of cybernetics
Section 2 - MECHANICS. ACOUSTICS
	Chapter 5 - Mechanics of rotational motion
	Chapter 6 - Some problems of biomechanics
	Chapter 7 - Mechanical oscillations and waves
	Chapter 8 - Acoustics
	Chapter 9 - Flow and properties of liquids
	Chapter 10 - Mechanical properties of solids and biological tissues
	Chapter 11 - Physical problems of hemodynamics
Section 3 - EQUILIBRIUM AND NON-EQUILIBRIUM IN THERMODYNAMICS. DIFFUSION PROCESSES IN BIOLOGICAL MEMBRANES
	Chapter 12 - Thermodynamics
	Chapter 13 - Physical processes in biological membranes
Section 4 - ELECTRODYNAMICS
	Chapter 14 - Electric field
	Chapter 15 - Electric current
	Chapter 16 - Magnetic field
	Chapter 17 - Electromagnetic induction. Energy of magnetic field
	Chapter 18 - Electromagnetic oscillations and waves
	Chapter 19 - Physical processes in tissues under action of current and electromagnetic fields
Section 5 - GENERAL AND MEDICAL ELECTRONICS
	Chapter 20 - Content of general and medical electronics
	Chapter 21 - System of obtaining biomedical information
	Chapter 22 - Amplifiers
	Chapter 23 - Generators
Section 6 - OPTICS
	Chapter 24 - Interference and diffraction of light. Holography
	Chapter 25 - Light polarization
	Chapter 26 - Geometric optics
	Chapter 27 - Thermal radiation of bodies
Section 7 - PHYSICS OF ATOMS AND MOLECULES. INTRODUCTION TO QUANTUM BIOPHYSICS
	Chapter 28 - Wave properties of particles. Introduction to quantum mechanics
	Chapter 29 - Energy emission and absorption by atoms and molecules
	Chapter 30 - Lasers. Radiospectroscopy
Section 8 - IONIZING RADIATION. FUNDAMENTALS OF DOSIMETRY
	Chapter 31 - X-ray (roentgen) radiation
	Chapter 32 - Radioactivity. Interaction of ionizing radiation with materials
	Chapter 33 - Introduction to dosimetry. Elementary particles