The Northern Azerbaijan in the structure of the Soviet Empire
2
14
Azerbaijan in the period before and after of world war II (1930-1970)
2
15
Azerbaijan on the way to independence
2
The plan of seminar on history of Azerbaijan
for the students of I course of stomotology faculty
№
Themes
Hours
1
Primitive society and tehmost ancient states on the area of Azerbaijan
4
2
Azerbaijan in the period of feudalism
4
3
Azerbaijan in the structure of Arabian Caliphate
4
4
The feodal states in the Azerbaijan in IX-XII centuries
4
5
Azerbaijan in XIII-XIV centuries
4
6
Azerbaijan feodal states in the XV century
4
7
Sefevids` state
4
8
Azerbaijan in XVIII ceuntury
4
9
The conquest of the Northern Azerbaijan by Russia
4
10
Azerbaijan in the period of capitalism
4
11
Azerbaijan in the period beginning of XX century
4
12
Azerbaijan People Society
4
13
The Northern Azerbaijan in the structure of the Soviet Empire
4
14
Azerbaijan in the period before and after of world war II (1930-1970)
4
15
Azerbaijan on the way to independence
4
The plan of lectures on medical and biological physics for
the students of I course of stomotology faculty
№
Themes
Hours
1
Subject of medical and biological physics. Periodical mechanical processes in living organisms. Harmonic oscillations. Energy of harmonic oscillation. Addition of oscillations. Damped oscillations. Forced oscillations. Self-induced oscillations. Complex vibration. Harmonic spectrum of complex vibration. Mechanical wave. Equation of wave. Doppler's effect and its use in medicine.
2
2
Acoustics. Nature and physical properties of sound. Audiometry. Physical bases of sound methods in clinics. Wave resistance. Use of ultrasound in medicine.
2
3
A strength and potential of electric field.The electric dipole. Electric field of dipole. A dipole in an electric field. Energy of electric field. A multipole. Electric dipole generator
( current dipole). Physical bases of electrocardiography. Vectorcardiography.
2
4
Magnetic interaction of currents. Biot-Savart's law. Intensity of magnetic field of current. Intensity of magnetic fields due to circular and direct currents. Total current relationship. An intensity of magnetic field of solenoid.Current carrying loop in a magnetic field.
2
5
Interference of light. Coherency. Interference in thin films. Use of interference. Interferometers and their use in medicine. Concept of the interference microscope. Diffraction of light. Huygens-Fresnel's principle. Diffraction of parallel rays. Diffraction grating. Holography and its application in medicine.
2
6
X-rays. Bases of roentgenestructural analysis. Stopping and characteristic X-rays. Mutual interaction between X-rays and substance. Physical bases of use of X- rays in medicine. X-ray structure analysis and it's use in medicine. Radioactivity. Principal law of radioactive decay. Activity. Mutual interaction of ionizing rays with matter. Biophysical bases of action of ionizing rays on organism. Bases of dosemetry . Use of radionuclides and neutrons in medicine. Radiation and expose dose. Equivalent dose.
2
7
Energy radiation and absorption in atoms and molecules. Spontaneous and induced radiations. Ruby laser. Helium-Neon Laser. Properties of laser radiation. Use of lasers in medicine.
