Abstract:In the present work,studies the effect uv-radiation dose(5 J/cm2 to 360 J/cm2)with power 15 W to LR-115 track detector thickness 100μm.Absorbance-A was measured at wavelength 600 nm and 650 nm by usinguv-vis...Abstract:In the present work,studies the effect uv-radiation dose(5 J/cm2 to 360 J/cm2)with power 15 W to LR-115 track detector thickness 100μm.Absorbance-A was measured at wavelength 600 nm and 650 nm by usinguv-visible spectroscopy and measure the transmission percent--T%and deviation at the wavenumber-w2907 cm1 by using Fourier infrared--FTIR spectroscopy.The relationship between the dose of radiation to the uv-radiation(J/cm2)and the absorbance-A at wavelength 600 nm and 650 nm and the wavenumber-w 2907 cm-1 was calculate as a polynomial relation.The present study show that there is a possibility to use the detector LR-115 to assessment doses of exposure to uv-radiation in the medical and environmental fields.展开更多
文摘Abstract:In the present work,studies the effect uv-radiation dose(5 J/cm2 to 360 J/cm2)with power 15 W to LR-115 track detector thickness 100μm.Absorbance-A was measured at wavelength 600 nm and 650 nm by usinguv-visible spectroscopy and measure the transmission percent--T%and deviation at the wavenumber-w2907 cm1 by using Fourier infrared--FTIR spectroscopy.The relationship between the dose of radiation to the uv-radiation(J/cm2)and the absorbance-A at wavelength 600 nm and 650 nm and the wavenumber-w 2907 cm-1 was calculate as a polynomial relation.The present study show that there is a possibility to use the detector LR-115 to assessment doses of exposure to uv-radiation in the medical and environmental fields.
