FNSPE - Faculty of Nuclear Sciences and Physical Engineering

Academic year 2015/2016

Bachelor Degree Courses

Courses open for minimum 5 incomers unless agreed otherwise with the lecturer.
Code Course name Semester Credits Capacity
01MMF Methods of Mathematical Physics S 6 n/a
01STR Statistical Decision Theory S 2 n/a
02KVA2B Quantum Mechanics 2 S 6 n/a
02TJNS Transport Phenomena/Nonequilibrium systems S 2 n/a
12ZFP Principles of Plasma Physics S 4 n/a
12ZPLT Basic Laser Technique Laboratory S 6 n/a
12ZPOP Basic Optical Laboratory S 6 n/a
15DEIZ Practical Exercises in Detection of Ionizing Radiation S 3 n/a
15DIZ Detection of Ionizing Radiation S 2 n/a
16URF Introductory Radiation Physics W,S 4 n/a
16ZDO Fundamentals of Radiation Dosimetry S 2 n/a
17BES Control Systems of Nuclear Reactors W,S 2 n/a
17PRE Computer Control of Experiments W,S 3 n/a
17ZAFP Introduction to Nuclear Reactor Physics W,S 3 n/a

Courses open for minimum 5 incomers unless agreed otherwise with the lecturer.
Code Course name Semester Credits Capacity
01FKP Functions of Complex Variable W 2 n/a
02DRG Differential Equations, Symmetries and Groups W 4 n/a
02GMF1 Geometric Methods in Physics 1 W 4 n/a
02KVAN Quantum Mechanics W 6 n/a
02ZJF Nuclear Physics W 6 n/a
11APLG Applications of Group Theory in Solid State Physics W 2 n/a
12ZELD Fundamentals of Electrodynamics W 2 n/a
12ZMD Measurement and Data Processing W 2 n/a
15JCH2N Nuclear Chemistry 2 W 5 n/a
15RATEC Practical Exercises in Radiochemical Technology W 2 n/a
16URF Introductory Radiation Physics W,S 4 n/a
16ZAIZ Introduction of Ionizing Radiation Applications in Research and Industry W 3 n/a
17BES Control Systems of Nuclear Reactors W,S 2 n/a
17PRE Computer Control of Experiments W,S 3 n/a
17ZAFP Introduction to Nuclear Reactor Physics W,S 3 n/a

Master Degree Courses

Courses open for minimum 5 incomers unless agreed otherwise with the lecturer.
Code Course name Semester Credits Capacity
02GMF2 Geometric Methods in Physics 2 S 5 n/a
02LIAG Lie Algebras and Lie Groups S 6 n/a
02NF Neutron Physics S 4 n/a
02NSY Nonequilibrium Systems S 2 n/a
02UJF Applied Nuclear Physics S 4 n/a
D11RDT X-Ray Diffraction Techniques in Solid State W,S 2 n/a
11DMSB Diffraction Methods of Structural Biology S 3 n/a
11FYPO2 Surface Physics 2 S 2 n/a
11KO Metallic Oxides S 2 n/a
11POR Surfaces and Boundaries S 2 n/a
12FOPT2 Optical Physics 2 S 2 n/a
12SOP Statistical Optics S 2 n/a
14FYM2 Physical Metallurgy 2 S 3 n/a
15PRACH Practical Exercises in Radiation Chemistry S 3 n/a
15RACH Radiation Chemistry S 4 n/a
15RAM Radioanalytical Methods S 3 n/a
15RMBM Radiation Methods in Biology and Medicine S 2 n/a
17CIBS Digital Safety Systems of Nuclear Reactors W,S 2 n/a
17NJZ New Nuclear Sources S 3 n/a

Courses open for minimum 5 incomers unless agreed otherwise with the lecturer.
Code Course name Semester Credits Capacity
01VAM Variational Methods W 3 n/a
01ZTGA Introduction to Graph Theory A W 4 n/a
02KIK Quantum Information and Communication W 2 n/a
02KOHO Cohomological Methods in Theoretical Physics W 4 n/a
02RFTI Physics of Ultra-Relativistic Nuclear Collisions W 3 n/a
02TOP Orthogonal Polynomials W 2 n/a
02VPSF Selected Topics in Statistical Physics and Thermodynamics W 7 n/a
D11RDT X-Ray Diffraction Techniques in Solid State W,S 2 n/a
11AND Applied Neutron Diffractometry W 2 n/a
11FYPO1 Surface Physics 1 W 2 n/a
11MAM Magnetic materials W 2 n/a
11PCPC Theory and Construction of Photovoltaic Cells W 2 n/a
11SIKL Computer Simulation of Condensed Matter W 4 n/a
11TPL1 Solid State Theory 1 W 6 n/a
11VDYM Intrinsic Dynamics of Materials W 3 n/a
12DRP Differential Equations on Computer W 5 n/a
12KVEN Quantum Electronics W 5 n/a
14FYM1 Physical Metallurgy 1 W 6 n/a
15CHRP Chemistry of Radioactive Elements W 2 n/a
15PJCH Practical Exercises in Nuclear Chemistry W 4 n/a
15VSBP Numerical Simulation of Complex Environmental Processes W 2 n/a
17CIBS Digital Safety Systems of Nuclear Reactors W,S 2 n/a