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Workshop on the physics of the nucleus and elementary particles

ОК 32.

Обов’язкова дисципліна для ОП

First

2021/2022

6 Semester

3

1.1. Basic principles and laws of nuclear physics, their mathematical formulation and physical content 1.2. about the relationship of individual phenomena and processes 1.3. about the complexity of measurements, the accuracy of the results and the source of probable errors 1.4. general safety rules for conducting experimental research 2.1 present and analyze the results 2.2 work with simple experimental equipment, estimate measurement errors 2.3. Process and explain the obtained results 2.4. Evaluate the orders of the studied quantities, their accuracy and degree of reliability, calculate the measurement errors and formulate conclusions 2.5. Independently work with educational, educational-methodical and reference literature on nuclear physics.

Full-time form

1. Know the basic laws of thermodynamics and nuclear physics, the basics of error theory and data processing. 2. Be able to apply previous knowledge with the presentation of experimental data, the rule of calculating measurement errors, calculation of derivatives, integrals, be able to graphically construct experimentally obtained dependences. 3. Have basic skills in working with measuring instruments; search and analysis of tabular data, work with software for data processing, group work.

• Laboratory work №1. Study of absorption of γ-radiation by means of the scintillation counter (1 installation) • Laboratory work №2. Study of the angular correlation of annihilation photons and estimation of their energy (1 installation). • Laboratory work №3. Scintillation γ-spectrometer (1 installation). • Laboratory work №4. Determination of muon lifetime (1 installation). • Laboratory work №5. Study of the effectiveness of the Geiger-Mueller counter, drug activity, half-life of Co-60 by the method of coincidences (1 installation). • Laboratory work №6. Regularities of fluctuations in the registration of nuclear radiation (1 installation). • Laboratory work №7.Determination of the lifetime of the excited state of the Fe-57 nucleus (Mössbauer effect). (1 installation). • Laboratory work №8. Determination of the exposure dose rate of a radioactive source (1 installation).

1. B. Yu. Denisov, VA Plyuyko. Problems of atomic nucleus physics and nuclear reactions. - Kyiv: Ukrainian Orthodox Church Kyiv. Univ., 2013. 1. Price V. Registration of nuclear radiation.1960. 2. Abramov AI etc. Fundamentals of experimental methods of nuclear physics. 1970. - 215p. 3. N.L. Григоров, М.А. Кондратьева, И.Д. Report. Cosmic rays. 1962. 4. AO Weissenberg. Mu-meson. 1963 5. N.A. Goodness. Cosmic rays. 1954. 6. VL Ginzburg, SI Syrovatsky. The origin of cosmic rays. 1963. 7. VS Murzin, LI Sarycheva. Cosmic rays and their interaction. 1968

Laboratory work

Evaluation is carried out according to the modular rating system. It consists of 2 modules. Forms of current control: assessment of the level of laboratory work and submission of reports on their implementation. The student can receive a maximum of 50 points for each module. The results of students' learning activities are evaluated on a 100-point scale in the semester: 100 points for content modules, credit score is calculated as the sum of points received by students in the preparation, implementation and delivery of laboratory work. .

Ukrainian