Modelování kapalinově scintilačních spekter metodou Monte Carlo

The paper is aimed on simulations of liquid scintillation (LS) pulse spectra of beta emitters without additional interfering effects. The explanation of the non-influenced shape of liquid scintillation pulse spectrum gives a better possibility to indicate additional interferences as: presence of other radionuclides, unstability of the scintillation mixture, various types of wall effects, color quenching, etc. We concentrated on the scale of energies above 100 keV, hence a great number of additional effects, with a small quantification possibility, can be expected in the parts below. Results of simulations of energy deposition from primary electrons, leakage of the electrons from counting vial, and fluctuation of the energy transferred by scintillation chain are described and briefly discussed