Download Subject: PHYSICS

Subject: PHYSICS
THE THEMATIC PLAN OF THE LECTURE
№
Topics
Amount
of hours
timetable points
Module I
1
Basic quantities and units.
Elements of medical measurements.
Kinematic characteristics of motion.
2
Physical foundations of gemodynamics.
Mechanical vibrations and waves.
Structure of matter.
Elements of the molecular-kinetic theory.
Thermal physics. Internal energy. Heat. Specific heat
2
6
Heat transfer. Conduction. Convection. Radiation.
2
7
First Law of Thermodynamics
2
2
3
4
5
2
2
2
Total 1 Module
8
9
10
11
12
13
14
15
14
Module II
The main provisions of Maxwell’s theory. Electromagnetic 2
waves.
Geometrical optics and optical instruments. Light 2
interference.
Polarization of light waves. Foundations polarimetry. Light 2
absorption. Law Bouguer-Lambert.
Thermal radiation of bodies.
2
13.0218.02.17
20.0225.02.17
27.0204.03.17
06.0311.03.17
13.0318.03.17
20.0325.03.17
27.0301.04.17
X-radiation. X-ray interaction with matter (coherent 2
scattering, photoelectric effect, Compton effect).
Reactions on alpha, beta, gamma and X-radiation with 2
matter.
General information on electronic medical equipment.
2
The basic elements of medical electronic equipment.
Total 2 Module
Total of II Semester
Subject: PHYSICS
THE THEMATIC PLAN OF THE PRACTICAL CLASSIS
№
Topics
1
2
16
30
0,5
0,5
0,5
0,5
1
0,5
0,5
4p
10.0415.04.17
17.0422.04.17
24.0429.04.17
02.0506.05.17
08.0513.05.17
15.0520.05.17
22.0527.05.17
29.0503.06.17
0,5
0,5
0,5
0,5
0,5
0,5
0,5
0,5
4p
8p
Amount timetable points
of hours
The position and movement of the body. Graphical 3
13.021
representation of motion. Average speed. Instant speed.
18.02.1
Graphical representation of speed. Acceleration. One7
dimensional motion. Free fall.
2
3
The basic laws of dynamics.
Conservation laws in mechanics.
3
5
The basic hydrodynamic concepts and laws. The condition 3
continuity of the jet. Bernoulli's Equation.
Harmonic vibrations. Types and symptoms of vibrations. 3
The parameters of harmonic vibrations. Graphs displacement
velocity and acceleration.
Wave motion.
3
6
Doppler effect.
7
Deformation of solids. Hooke's Law.
3
Знакомство с основными законами деформации твердых
тел.
8
The basic equation of molecular-kinetic theory of gases. Ideal 3
gas law.
4
9
3
Total 1 Module
24h
Internal energy. The first law of thermodynamics. The heat 3
capacity of the gas.
10
The main provisions of the second law of thermodynamics. 3
Entropy.
11
Electric field. A magnetic field. Electromagnetic waves.
12
3
Direct currents. Capacitance.
3
13
Lenses, diffraction and interference
3
14
Radioactivity. Reactions on alpha, beta, gamma and X- 3
radiation with matter.
15
The photoelectric effect.
3
Total 2 Module
Total of II Semester
21 h
45h
3. Schedule of independent work of students
20.0225.02.1
7
27.0204.03.1
7
06.0311.03.1
7
13.0318.03.1
7
20.0325.03.1
7
27.0301.04.1
7
10.0415.04.1
7
17.0422.04.1
7
24.0429.04.1
7
02.0506.05.1
7
08.0513.05.1
7
15.0520.05.1
7
22.0527.05.1
7
29.0503.06.1
7
1
1
2
1
1
1
1
9p
1
1
1
1
1
1
1
7p
16 p
№
Topics
1
Module I
The viscosity of blood in norm and pathology.
Factors influencing blood viscosity. Physical
properties of blood substitutes.
The use of low temperatures in medicine.
Amount
of hours
2
3
2
Physics of hearing.
audiometers.
Biophysics of the eye
Hearing
AIDS
and
2
4
5
6
4
4
The optical system of the eye. Her faults and
correction using lenses
The Radiation Of The Sun. The use of ultraviolet
and infrared radiation in medicine
Optical methods of research of biological objects
7
4
2
2
The mechanics of the blood circulation
8
9
3
Magnetic field and its characteristics. Magnetic
therapy
Liquid crystals and biological structures
10
4
2
Biophysics of membranes
11
12
3
Physical methods of research of organic
compounds
DNA the eyes of physics
2
13
3
Total:
37 h
timetable
13.0218.02.17
13.0218.02.17
20.0225.02.17
27.0204.03.17
27.0204.03.17
06.0311.03.17
06.0311.03.17
13.0318.03.17
13.0318.03.17
20.0325.03.17
20.0325.03.17
27.0301.04.17
27.0301.04.17
points
0,5
0,25
0,25
1
1
0,25
0,25
0,5
1
0,5
1
0,5
1
8б
Module II
Water and its structure
14
2
The structure and role of water in living organism
15
16
17
18
4
The temperature of the internal environment as one
of the mechanisms of regulation of internal organs
Temperature. Methods of temperature
measurement
Doppler effect and its application to biomedical
research
The physical basis for the use of x-rays in medicine
19
4
2
4
4
Ionizing radiation. Detectors of ionizing radiation
20
4
10.0415.04.17
17.0422.04.17
24.0429.04.17
02.0506.05.17
08.0513.05.17
15.0520.05.17
15.0520.05.17
0,5
0,5
1
0,5
0,5
1
1
21
22
23
24
Total:
The induced radiation. The use of lasers
medicine
Thermal radiation of bodies. the Use
thermography for diagnostic purposes
The refraction of light. The use of fiber optics
medical instruments
Ultrasound. Application of ultrasound
diagnostics, therapy and surgery
in
4
of
4
in
2
in
4
22.0527.05.17
22.0527.05.17
29.0503.06.17
29.0503.06.17
38 h
4. Information about teachers:
1. Alieva Chinara Mukashovna – senior lecturer, work experience-15years. 413 room.
The phone number: 0770 43 42 79, E- mail: chynaraa @ inbox. ru
2. Kurbanaliev Abdikerim – professor, work experience -32 years. 413 room.
The phone number: 0779 707112, E- mail: Dr. Abdikerim Kurbanaliev @mail.ru
3. Matisakov Jumakadir - docent, work experience – 15 years. 413 room.
The phone number: 0779070279
5. The number of credits - 5
6. Work with students - on Friday
1
1
0,5
0,5
8p