The effects of ultraviolet (UV) photons at different wavelengths (namely UVA, UVA+ B and
UVC) on PADC (polyallyl diglycol carbonate) were investigated in this study. The chemical …

In this paper, we investigate the impact of ultraviolet (UV) exposure on the bulk etch rate (V
b), track etch rate (V t), and detector sensitivity of a CR-39 nuclear track detector. The study …

The effects of UVC exposure on the track etch rate Vt and the detector sensitivity V of CR-39
SSNTDs were investigated through the diameters and depths of alpha-particle tracks. Both …

The effect of infrared laser of wavelength (λ= 1064nm), pulse energy of 40mJ/pulse at a
repetition rate of 10Hz, on the activation energy of CR-39 polymer, solid state nuclear track …

Polymers are one of the most important materials that can be used in different fields from
everyday life to high technology engineering. Solid state nuclear track detectors (SS-NTDs) …

We have investigated femtosecond laser irradiation effects on the surface topography,
structural changes and nonlinear absorption properties of CR-39. For this purpose, a CR-39 …

The ArF or KrF excimer laser exposure on the polycarbonate (PC) with corresponding doses
higher than ϕth5. 2J/cm2, at 32mJ/cm2 fluence per pulse and 5Hz pulse repetition rate …

The effects of ultraviolet (UV)-laser at λ= 266nm and incoherent UV radiation at λ= 254nm on
the properties of CR-39 were studied. The bulk etch rate of samples irradiated with UV-laser …

This study gives information about the effects of UV (here, the wavelength is 160 nm)
exposure on the bulk etch rate (VB), track etch rate (VT), the detector sensitivity (S), critical …

The optical penetration depth for polycarbonate (PC) at 308nm due to XeCl laser is about
450μm while those of KrF (248nm) and ArF (193nm) lasers become noticeably shorter to …