Z1 |
Study of phase transitions in thermotropic liquid crystals by polarizing optical microscopy method |
F-2-15 |
dr hab. Jakub Rysz |
Z2 |
Dielectric anisotropy of nematic liquid crystals |
F-2-15 |
dr hab. Jakub Rysz |
Z3 |
Advanced methods of optical microscopy for examination of biological samples |
F-2-15 |
dr Joanna Raczkowska |
Z4 |
Structural study and quantitative anlysis of crystalline substances with X-ray difraction method |
F-2-13 |
dr Teresa Jaworska-Gołąb |
Z5 |
Zeeman effect in the Hg spectrum measured with the Fabry-Pérot interferometer |
F-2-11 |
dr Tomasz Kawalec |
Z6 |
Continuous wave NMR |
F-2-09 |
dr Anna Majcher |
Z7 |
Studding magnetic relaxation of protons by spin echo method |
F-2-09 |
dr hab. Leszek Józefowski |
Z8 |
Pulsed Nuclear Magnetic Resonance (NMR) spectrometer. Fourier spectroscopy and relaxometry |
F-2-09 |
dr hab. Leszek Józefowski |
Z9 |
Physial properties of semicondutor devices |
F-2-07 |
dr hab. Stanisław Baran |
Z10 |
Properties of barium titanate near the Cuire point |
F-2-07 |
dr hab. Jakub Rysz |
Z11 |
Checking the Stefan - Boltzmann formula and determination of the C2 constant appearing in the Plank's law |
F-2-07 |
prof. dr hab. Jacek Kołodziej |
Z17 |
Studying models of crystalline surfaces using diffraction based methods |
F-2-02 |
prof. dr hab. Jacek Kołodziej |
Z19 |
Determination of dissociacion energy of I2 molecule |
F-2-06 |
prof. dr hab. Jarosław Koperski |
Z21 |
Martensitic transformation in shape memory alloys investigated by resistometric method |
F-2-08 |
dr hab. Stanisław Baran |
Z22 |
Elemental analysis of solid and liquid substances by X-ray fluorescence spectroscopy |
F-2-08 |
dr Teresa Jaworska-Gołąb |
Z23 |
Resistometric studies of magnetic and order-disorder structural phase transitions in iIntermetallic compounds |
F-2-08 |
dr Teresa Jaworska-Gołąb |
Z24 |
Optical pumping |
F-2-01 |
dr Tadeusz Pałasz |
Z25 |
Optical Fiber Amplifier EDFA |
F-2-10 |
dr hab. Krzysztof Dzierżęga |
Z26 |
Fiber Bragg grating |
F-2-10 |
dr hab. Krzysztof Dzierżęga |
Z28 |
Holography |
F-2-16 |
dr Tomasz Kawalec |
Z28B |
Digital holography |
F-2-16 |
dr Tomasz Kawalec |
Z29 |
Nuclear electronics (introductory exercise for sets from nuclear physics Z30 — Z39) |
G-2-13 |
dr hab. Roman Skibiński |
Z30 |
Energy measurement of α particles by a semiconductor spectrometer. Determination of energy-losses
of α particles in aluminium and air |
G-2-13 |
dr hab. Jacek Zejma |
Z31 |
Rutherford experiment |
G-2-13 |
dr hab. Jacek Zejma |
Z32 |
Measuring the spectra of beta radiation using a simple magnetic spectrometer |
G-2-13 |
dr hab. Jacek Zejma |
Z33 |
Pomiar i analiza widm promieniowania γ za pomocą spektrometru scyntylacyjnego.
Wyznaczenie współczynnika absorpcji promieniowania γ w metalach. |
G-2-13 |
dr Witold Przygoda |
Z34 |
Properties of germanium semiconductor detector and a scintillation cristal |
G-2-13 |
prof. dr hab. Andrzej Magiera |
Z36 |
Model of PET |
G-2-13 |
dr Aleksandra Wrońska |
Z37 |
Muon lifetime |
G-2-13 |
prof. dr hab. Jerzy Smyrski |
Z38 |
Cosmic rays |
G-2-13 |
prof. dr hab. Jerzy Smyrski |
Z39 |
X1 - X radiation
X2 - Compton effect
X3 - X ray dosimetry
X4 - X-rays imaging |
G-2-13 |
dr Eryk Czerwiński
prof. dr hab. Andrzej Magiera
dr Eryk Czerwiński
prof. dr hab. Andrzej Magiera |
Z43 |
Electrical conductivity of nanowires |
G-2-09 |
dr Szymon Godlewski |
Z44 |
Quantum dots |
G-2-09 |
dr Szymon Godlewski |
Z47 |
Research of the electrophysiological properties of cell bilayers |
G-2-16 |
dr hab. Zenon Rajfur |
Z48 |
Polyacrylamide gel electrophoresis (PAGE) |
G-2-16 |
prof. dr hab. Ewa Stępień |
Z49 |
Biosensors |
G-2-16 |
dr hab. Zenon Rajfur |
Z51 |
Study of the surface structure of organic and inorganic materials by means of atomic force scanning microscopy (AFM) |
G-2-20 |
dr Marta Targosz-Korecka |
Z52 |
Ion sources and basis of mass spectrometry |
B-0-19 |
prof. dr hab. Andrzej Warczak |
Z54 |
Optical tweezers |
G-2-11 |
dr hab. Krzysztof Dzierżęga |