Master (scientific-pedagogical):

• - Introduction to radiation physics of solids and radiation material (VRFTTRM 5307)
• - Nuclear reactions with heavy ions (YaRTI 5303)
• - The problems of registration in nuclear radiation spectrometry
• -

• - Nuclear models (NM 6301)
• - Nuclear reactions with heavy ions (NRHI 5303)

• - Instruments and nuclear experiment (INE 6205)
• - Accumulation and processing of experimental data in particle physics (APEDPP 6208)
• - Technique of nuclear-physical experiment (TNPE 6205)
• - Reactions with neutrons and gamma rays (RNGR 5304)
• - Nuclear fission (NF 5306)

• - Nuclear fission (DaYa 5310)

• - Formulation and carrying out experiments in nuclear physics (PPeYaF 5311)

• - Devices and technique of nuclear experiment (DTNE 6219)
• - Methods of nuclear physical experiment (MNPhE 6218)
• - Nuclear reactions with heavy ions (Yarti 5304)

• - Detecting equipment and electronics of nuclear physical experiment (ENPhDE 5205)

• - Accumulation and processing of experimental data in nuclear physics (APEDNP 6318)
• - Devices and technique of nuclear experiment (YaEKT 6316)

• - Accelerator technique
• - Neutrons and gamma quanta (NjGK 5203)
• - Nucleosynthesis (NUC 5311)
• - Methods of nuclear physical experiment (YaFEA 6315)
• - Statement ofnuclearphysics experimentsin the study ofexotic nucleiandcorrelation (SNESONC 6317)
• - Mechanism of interaction of light ions of low energies with atomic nuclei (MILILEWAN 6320)

• - Nuclear fission (NF 5206)
• - Statement of nuclear physics experiments in the study of exotic nuclei and correlation

• - Nuclear models (YaM 5301)
• - Physics and theory of nuclear reactors (KTNO 6319)
• - Nucleon and cluster structure of the atomic nucleus (NKSAYa 6314)
• - Detecting equipment of nuclear physical experiment
• - Accumulation and processing of experimental data in nuclear physics
• - Mechanism of interaction of light ions of low energies with atomic nuclei

• - Devices and technique of nuclear experiment
• - Methods of nuclear physical experiment

Doctor PhD:

• - Beam extraction system, beam transportation channel and calibration (BESBTCh 8211)
• - The use of electronics in nuclear physics (UENPh 8210)

• - High resolution detection and spectrometry systems of modern accelerators (VDSS 7210)

• - Application of electronics in nuclear physics (UENPh 7302)
• - Analysis of products of reactions with heavy ions (RSTIPYaR 7310)

• - Beam extraction system, beam transportation channel and calibration (BESBTC 7303)
• - Analysis of products of reactions with heavy ions (APRHI 7305)
• - Application of electronics in nuclear physics (AENPh 7202)
• - Scattering of complex particles in an optical model (SCPOM 7209)

• - Methods for the study of nanostructures
• - Quasicrystal physics

• - Radiation dosimetry research methods
• - Modern advances in the field of radiation diagnostics and therapy
• - Nuclear technology (NT 7306)
• - Ionic-beam modification of materials (IBMM 7203)
• - Scattering of complex particles in an optical model (SCPOM 7305)
• - Analysis of products of reactions with heavy ions (APRHI 7202)
• - Application of electronics in nuclear physics (AENPh 7307)

• - Exchange mechanisms of nuclear reactions (EMNR 7203)

• - Use of achievements modern nuclear physicists (UAMNPh 7307)

Bachelor:

• - Mechanics (Meh 1202(1-2))

• - Nuclear physics (YaF 4301)
• - Basics of Nuclear and Particle Physics
• - Spec.seminar on nuclear physics and nuclear reaction (SSNPhNR 5226)
• - Physical basis of accelerators (FOU 3312)

• - Technology of nuclear experiment
• - Nuclear technology in industry (NTI 3311)
• - An introduction to specialty (IS 1211)
• - Introduction to the theory of an atomic nucleus (ITAN 4310)

• - An introduction to specialty (IS 1302)
• - Basis of Vector and Tensorial analysis (BVTA 2203)
• - Optics (Opt 2213)
• - Programming technology
• - Mechanisms of interaction between radiation and light nuclei (MVI 5225)
• -
• - Accelerator physics (Aph 5310)
• - Nuclear physics (YaF 404)
• - High-energy and accelerator technology physics (FVEUT 5226)

• - The structure of an atomic nucleus (TSAN 4204)
• - Computer modeling of physical processes (CMPhP 4232)
• - Special course on nuclear physics (SCNP 4301)
• - Mechanisms of interaction of radiation with light nuclei (MIRWLN 505)

• - Experimental methods of nuclear physics (EMYaF 4302)
• - Registration and spectrometry of heavy ions and products of nuclear reaction (RSHIPNR 5225)
• - Dictory nuclear radiation (DNR 5202)

• - Nuclear experiment technology (NET 4304)
• - Nuclear physics at low energies (NPhLE 4302)

• - Experimental Methods of Nuclear Physics (EMNPh 4301)

• - An introduction to specialty (AnIS 1211)
• - Nuclear Radiation Detectors (DYaI 5314)

• - Elementary particle physics (EPPh 5323)
• - The theory of nuclear reactions (TNR 5305)

• - Principles of dosimetry (PD 4312)
• - Neutron physics (NPh 4309)
• - Accelerator Physics (APh 4308)
• - Theoretical mechanics (TM 2206)
• - Nuclear Radiation Detectors (NRD 5307)
• - Physical Principles of Applied Nuclear Physics (PhFANPh 5326)
• - Quantum mechanics (QM 3214)