Paper| Effectiveness of Nuclear Track Detectors irradiation by Laser on Recording Concentration and Track Diameter of Alpha Particles Emitted from Radon
The effects of laser irradiation on the registration properties of nuclear solid state track detectors were examined. Two different kinds of lasers were used, along with three detectors. The findings demonstrated that the quantity of radon gas-produced tracks increased with irradiation time, peaking at 8 minutes increasing about 25%, suggesting that bonds in the detector broke and free radicals were created. The recording of tracks was then varied by the detector solidification due to recombination between the free radicals and other molecules, finally falling to a value near the initial value. In addition suggesting that laser power matters more than wavelength
