Doctor PhD:

• - Nuclear technology in the nuclear power industry

• - Physics of energy processes (FEP7101)
• - Interaction of radiation with light nuclei
• - The interaction of treatment with heavy nuclei
• - Nuclear energy (YaE7204)

• - The Standard Model of elementary particles and their interactions (TSMEPTI7308)
• - Nuclear Radiation Detectors (NRD 8203)
• - High energy scattering (DSPBLN 7313)
• - Nuclear power engineering (NPE 8205)
• - Interaction of radiation with heavy nuclei (IRWHN7309)
• - Interaction of radiation with light nuclei (IRWLN7309)
• - Registration and spectrometry of heavy ion and nuclear reaction products (RHSNRP 7409)
• - Diffractive scattering of particles by light nuclei (DSPBLN7312)

• - Physics of energy processes (PhEP 8201)
• - International nuclear power engineering (NPE 8207)
• - Analysis of heavy ion reaction products (RSTIPYaR7325)
• - Heavy ion physics (HIPh 7324)
• - The Standard Model of elementary particles and their interactions (SMEPI 7315)
• - Neutron radiation characteristics (NRCh 7321)
• - Neutron detecting problems (NDP 7320)

• - High resolution detection and spectrometry systems of modern accelerators (VDSS 7210)
• - Nuclear technologies (YT 7211)

• - Physicsofenerg processes (FEP 7201)
• - Application of electronics in nuclear physics (UENPh 7302)
• - Characteristics of neutron radiation (CNR7307)
• - Modern problems of nuclear astrophysics (MPNA 7307)
• - Systematic optimization of parameters of the optical potential (IBRLN 7314)
• - Scattering of complex particles in an optical model (IBRLN 7315)
• - High-resolution and spectrometric systems of modern accelerators (NRD 7312)
• - Nuclear technology (NTNP 7313)

• - Beam extraction system, beam transportation channel and calibration (BESBTC 7303)
• - Analysis of products of reactions with heavy ions (APRHI 7305)
• - Exchange mechanisms of nuclear reactions (EMNR 7304)
• - Acceleration prospects techniques and physics of beams charged particles (APTPhBCh 7310)
• - Application of electronics in nuclear physics (AENPh 7202)
• - Scattering of complex particles in an optical model (SCPOM 7209)
• - Beam extraction system, beam transportation channel and calibration (BESBTCh 7203)
• - Physics of energy processes (PhEP 7301)
• - Characteristics of neutron radiation (ChNR 7306)
• - Nuclear Transformation and Cosmic Microphysics (NPhA7308)
• - Nuclear technology (NT 7311)

• - Academic writing (AW 7201)
• - Scattering of complex particles in an optical model (SCPOM 7305)

• - Nuclear technology (NT 7306)
• - Quasicrystal physics

• - Radiation dosimetry research methods
• - Modern advances in the field of radiation diagnostics and therapy
• - Analysis of products of reactions with heavy ions (APRHI 7202)
• - Application of electronics in nuclear physics (AENPh 7307)

• - Scientific Research Methods (SRM 7204)
• - Use of achievements modern nuclear physicists (UAMNPh 7307)
• - Exchange mechanisms of nuclear reactions (EMNR 7203)

• - Academic writing (AW 7206)

• - Methods for the study of nanostructures
• - Current problems of nanotechnology
• - Fundamentals of radiation materials science and ionic modification of nanostructures
• - Academic writing
• - Science research methods
• - Academic writing
• - Science research methods,
• - Academic writing
• - Radioecologicalmonitoringandriskassessment
• - Current issues of tecnogenic contamination of the environment
• - Radiobiological effects of radionuclides and radiation effects in ecosystems

Master (scientific-pedagogical):

• - Nuclear models (YaM 5301)
• - Statistical model and thermodynamic properties of nuclei
• - Formulation and conduction of experiments in nuclear physics (PPEYaF 5302)

• -
• - Introduction to radiation physics of solids and radiation material (VRFTTRM 5307)

• - Statistical model and thermodynamical properties of nuclei (SMThPN 5305)

• - Cosmic Ray Physics (CRPh 5312)
• - Instruments and nuclear experiment (INE 6205)
• - Physical principles of radiation diagnostics and therapy (PhPRDTh 5311)
• - Physical principles of radionuclide diagnostics and therapy (PhPRDTh 5310)
• - Physico-chemical fundamentals of nanomaterials and nanostructures (PCFNN5306)
• - Introduction to modern biology (IBM 5311)
• - Thermodynamic, mechanical and electronic properties of biomolecular systems (TMSNN 5312)
• - Fundamentals of nanotechnology (FN 5302)

• - Radiochemistry (RCh 5308)
• - Introduction to radiation physics of solids and radiation material science (VRF5316)
• - Nuclear reactions at intermediate energies (YaRpp 5317)
• - Computer technologies in science and education (CTSE 6233)

• - Cosmic Ray Physics (FKL 5312)
• - The problem of the detection of cosmic rays (PdKL 5315)
• - Chemistry and Physics of Solids (CPS 5305)
• - Theoretical methods for studying nanomaterials and nanostructures (TSMNN 5313)
• - Nucleosynthesis (Nuc 5314)
• - Computer modeling of nanodefects in dielectrics, semiconductors and metals (CMNDSM 5306)
• - Computer methods in chemistry (CMC 5308)
• - Crystal chemistry (KH 5309)
• - Nanophosphors (NF 5303)
• - Processes and equipment for the glass industry (PEGI 5312)
• - Synthesis, investigation and application of nanomaterials (CS 5303)
• - Spectral methods for the study of quantum-well structures (SMSQS 5313)
• - Heat and mass transfer in materials (HMTM 5313)
• - Experimental methods for studying nanomaterials and nanostructures (ESMNN 5302)
• - Chemical bases of nanomaterials (ChBN 5314)
• - Fundamentals of Nanotechnology (FON 5301)
• - Physical chemistry of solids (PhChS 5315)
• - Physico-chemical fundamentals of nanomaterials and nanostructures (PCFNN5310)
• - Statistical model and thermodynamical properties of nuclei (SmT 5308)

• - Organisation and planning of research (OPR 6224)
• - Devices and technique of nuclear experiment (DTNE 6219)
• - Formulation and carrying out experiments in nuclear physics (PPeYaF 5311)
• - Introduction to the theory of quantized fields (IThQF 6226)
• - Methods of nuclear physical experiment (MNPhE 6218)
• - Statistical model and thermodynamical properties of nuclei (SMThPN 5204)

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

• - Accumulation and processing of experimental data in nuclear physics (APEDNP 6318)

• - Physical principles of radionuclide diagnostics and therapy (RDTFP 5313)
• - Cosmic Ray Physics (CRPh5310)
• - Nucleon and cluster structure of the atomic nucleus (NKSAYa 6314)
• - Physical methods of visualization

• - Modern methods of radiation therapy
• - Higher School Pedagogy (HSP 5201)
• - Quantum field theory (QFT 5302)
• - Quantum gravity (QG 6315)
• - Nuclear fission (NF 5206)
• - Neutrons and gamma quanta (NjGK 5203)
• - Quantum Physics of Solids (MQPhS 5201)
• - Electronic properties of quantum semiconductor heterostructures (EPQSH 5310)

• - Basics of radiology
• - Physical aspects of radiation planning
• - Accelerator technique
• - Detecting equipment of nuclear physical experiment
• - Engineering design in NanoCad (EDNc 5301)
• - Spectroscopic methods for analysis of materials (SMAM 6317)
• - Nanophotonics

• - Ultrasound and non-ionizing radiation
• - Physics of nanosystems
• - Nuclear-physical methods in medicine
• - Electron Theory of Metals (EThM 5202)
• - Physical properties of quasicrystals (PhPQ 5203)
• - Accelerators in medicine
• - Nuclear physics in medicine
• - Management psychology
• - Psychology ofmanagement

• - Management psychology (MP 5202)
• - Physics of radioisotope medicine
• - Methods for diagnosing diseases
• - Clinical dosimetry
• - Equipment for dosimetric measurements and quality control
• - Radiation measurements for radiotherapy
• - Dosimetric planning of radiation therapy
• - Membranes and membrane technology (MMT 6320)
• - Physical principles of radiation diagnostics and therapy (SDTFP 5312)
• - Nucleosynthesis (NUC 5311)
• - Radiation diagnostics and therapy
• - Fundamentals of nanotechnologies (FN5302)
• - Chemical bases of nanomaterials (ChBN 5311)
• - History and philosophy of science
• - Higher School Pedagogy
• - Higher education pedagogics
• - History and philosophy of science

Bachelor:

• - Mechanics (Meh 1202(1-2))

• - The use of radioactive isotopes (PRI 309)
• - Physic of condensed state
• - Methods of mathematical physics (MMP 2211)
• - Electrodynamics (Ele 3206)

• - Nuclear medicine (YaF 3304)
• - Mechanisms of interaction between radiation and light nuclei (MVI 5225)
• - Applied Nuclear Physics and Radiation Safety (ANPRS 406)
• - Application of nuclear installations in medicine (ANIM 3224)

• - Physical foundations of applied nuclear physics (PFANP 4139)
• - Application radioktivnym and neradioktivnyh isotopes in the economy (NE 4250)

• - Basics of vector and tensor analysis (BVTA 2219)
• - Optics (Opt 2212)
• - Physical principles of radioisotope diagnosis and therapy (PPRDT 5151)

• - Optics (Opt 2213)
• - Condensed state physics (CSPh 4212)
• - Introduction to the physics of the atomic nucleus (IPAN 3201)
• - Computing Physics (CPh 3224)
• - Fundamentals of membrane technology (FMT 4308)
• - Computing Physics (CPh 2222)

• - Exotic nuclei (EYa 5315)
• - Experimental Methods of Nuclear Physics (EMNPh 4301)
• - Basics of computer physics (BCP 3202)
• - Basics of electronics (BE 3217)

• - Accelerator Physics (AFh 4301)
• - Nuclear technologies in industry (NTI 4303)
• - Nuclear experiment technology (NET 4304)
• - Nuclear Radiation Detectors (NRD 5307)
• - Quantum mechanics (QM3207)
• - The theory of functions of a complex variable (TFCV2208)
• - Molecular physics (MPh 1205)
• - Programming technology (PT 3201)
• - Basic Electronics (BE 3212)
• - Symmetry and Group Theory (SGTh 3229)
• - Physical basis of nuclear medicine (PBNM3233)
• - The theory of the field (TF 4310)
• - Scattering theory (ST 4312)
• - Nuclear physics at low energies (NPhLE 4312)
• - Hydrogen Energy and nanostructured materials (HENM 5315)
• - Condensend Matter and Nanosystem Phisics (CMNPh 5313)

• - Atomic physics (AF 3211)
• - Electricity and magnetism (EM 2209)
• - Theory of probability* (TP 2205)
• - Introduction to the physics of nanosystems (IPhN 3224)
• - The use of nuclear facilities in medicine (UNFM 3226)
• - Chemistry (Ch 3223)
• - Physics of fundamental interactions (PhFI 4310)

• - Principles of dosimetry (PD 4235)
• - Neutron physics (NPh 4302)
• - Preparation and properties of track membranes (PPTM 4309)
• - Fundamentals of Thermodynamics and Statistical Physics (FTSPh 4207)
• - The structure of atomic nucleus (SAN 4304)
• - Ballistics of aircraft (BA 3218)

• - Atomic and nuclear physics (ANcPh 3224)
• - Registration and spectrometry of heavy ions and nuclear reaction products (RSHINRP 5312)
• - Theory and methods of teaching physics (TMTPh 4225)
• - The structure of atomic nucleus (SAN 4307)
• - Nuclear reactions at low energies (NPhLE 4304)
• - Molecular physics and thermodynamics (Mpth 1201)
• - Mechanics (Meh 1204)
• - Condensed matter physics and nanosystems (CMPhN 5312)
• - Basics of vector and tensor analysis (BVTA 2210)

• - Electrodynamics (Ele 3214)
• - The theory of functions of a complex variable (ThFCV)
• - The theory of nuclear reactions (TNR 5305)
• - Basics physics of nanosystems (BPhN 3236)

• - Neutron physics (NPh 4309)
• - Accelerator Physics (APh 4308)
• - Theoretical mechanics (TM 2206)
• - Nuclear reactors and nuclear power (NRNP 5306)
• - Basics of scientific research
• - Quantum mechanics (KM 3207)
• - Vacuum engineering and laser equipment
• - Basics of vector and tensor analysis

• - Principles of dosimetry (PD 4312)
• - Radiation safety (RS 4311)
• - Physical bases of nuclear medicine (PhBNM 4207)
• - The use of nuclear facilities in medicine (UNFM 4208)
• - Programming technology (PT 1209)
• - Elementary mathematics (EM 1212)
• - Molecular physics and thermodynamics
• - Methods of mathematical physics (MMP 3206)
• - Classical mechanics (CMech 2215)
• - Electrodynamics
• - Linear algebra
• - Basics of scientific research
• - Chemistry
• - Mathematical analysis 1
• - Mathematical analysis 2

• - Heavy-Ion Physics (HIPh 5313)
• - Interaction between emission and substance (IBES 4305)
• - Experimental Methods of Nuclear Physics (EMNPh 4309)
• - Elementary particle physics (EPPh 5323)
• - Physical Principles of Applied Nuclear Physics (PhFANPh 5326)
• - Fundamentals of Thermodynamics and Statistical Physics (FTSPh 4302)
• - Condensed Matter Physics (CMPh 4218)
• - Philosophy (Phil 2102)
• - Numerical methods and mathematical modeling (NMMM 3203)
• - Electricity and magnetism
• - Radiation solid state physics (RSSPh 5314)
• - Basics of Computing Physics
• - Solid state physics (SSPh 4212)

Master (specialized):

• - Management psychology
• - Physical and biological aspects of ionizing radiation effects
• - Occupational exposure monitoring
• - Physical nuclear security
• - Accounting and control of nuclear material in reactors and accelerator facilities

• - Management
• - Radiation protection for personnel at uranium mining and processing enterprises
• - Radioecological monitoring

Specialist's degree:

• - Programming Technology
• - Molecular Physics and Thermodynamics
• - Mechanics