Syllabus
A0 Study of gamma-spectra by means of the spectrometer with semiconductor detector.
A1 Study of the relativistic nuclear interaction. Identification of particles and identification the type of the interaction on snaps from the bubble chamber.
A2 The ionisation chamber study.
A3 The identification of elements by means of their characteristic Roentgen-radiation.
A4 The total cross sections of gamma-radiation interaction - gamma-radiation absorption coefficient for some elements.
A5 Alpha rays spectrometry.
A6 Simulation of particle transit through the hadron calorimeter.
A7 Angle-distribution measurement of photons caused by the anihilation of the electron-positron pair.
A8 Beta rays absorption. Determination of the beta-decay energy by measurement of emitted radiation absorption.
A9 Study of photoelectric effect. Measurement of the Planck-constant.
A10 Study of nuclear magnetic resonance.
A11 Space quantisation of atom magnetic momentum (Stern-Gerlach experiment).
A12 Electron charge measurement by the Millikan method.
A13 Electron specific charge determination using magnetron characteristics.
A14 Study of nuclear decay statistic event by the Geiger-Mueller detector.
A15 Study of atomic emission spectra.
A16 Ionisation and resonance potentials of mercury, Franck-Hertz experiment.
A17 Zeeman effect.
A18 Structure parameters measurement of crystalline materials using scanning electron microscope.
A19 Grid parameters of known cubical material measured by Roentgen diffraction method.
A20 Fourier infrared spectroscopy.
Annotation
Experiments in atomic and nuclear physics.