Updated: 3/16/2025
Laboratory of Optics and Quantum Physics
The laboratory conducts a laboratory workshop on courses "Optics", "Quantum physics"
List of laboratory work in the course "Optics"
<p > Determination of the main focal length of the harvesting lens. <p > <p >Determination of light source strength by Joly photometer. <p >Determination of the refractive index of glass using a microscope. <p >Determination of the wavelength by a diffraction grating. <p >Determination of sugar concentration in solution using a sugar meter. <p >Determining the focal length of a curved spherical mirror. <p >Determination of the refractive index of the liquid using an Abbe refractometer. <p >The study of the optic tube. <p >Checking the law of Malyus. <p > Determination of dependence of gas refractive index on pressure. <p > Determining the length of the world wave using Newton's rings. <p > Grading of the valve photovoltaic cell.<p >
List of laboratory work in the course "Quantum Physics"
<p > Measurement of basic dosimetric values using the Pripyat radiometer. <p > <p >Ground spectroscope calibration. <p >Checking the laws of thermal radiation. <p >Study of the laws of photoeffect. <p >Study of the rectifying effect of electron-hole (p-p) junction. <p >Investigation of the temperature dependence of the electrical resistance of a semiconductor thermistor and determination of the activation energy of semiconductors. <p >Study of photo resistor properties.<p >Determination of spectral susceptibility of photo-ers. silicon solar cell.
<p >Investigation of the dependence of the absorption of β-particles on the thickness of the absorbing layer of metal.