In the present study, CR-39 detectors with thickness of 1.0mm are irradiated respectively by C3+(10MeV, 20MeV, 20MeV), O 3+(10MeV, 20MeV, 30MeV) particles and protons (5MeV) with ion fluences ranging from 1.0??10W2 to 5.0??10 9cm-2. The etching time conditions of the latent tracks for the different irradiation particles with different fluences described above are experimental studied. The curves for track density distributions with irradiation fluences of different energy particles are simulated. The suggested irradiation fluences ranges for the three types of particles detected with CR-39 detector are offered according to the measurement results. Copyright ? 2013 by ASME.EI
The solid state nuclear track detector CR-39 is the most reliable ion detec- tor used in laser-drive...
The present study aims to determine the effect of heat treatment on the bulk etch rate of un-irradia...
The charge resolution (delta Z) for heavy ions (nuclear charge: Z < 40) of 0.1-1 GeV/n energy in CR-...
In the present study, CR-39 detectors with thickness of 1.0mm are irradiated respectively by C3+(10M...
International audienceCR-39 detectors have been irradiated with both 241 Am alpha particles and prot...
The occurrence of saturation in the CR-39 detector reduces and limits its detection dynamic range; n...
We present the characteristics of track formation on the front and rear surfaces of CR-39 produced b...
For the application in the charged particle diagnostics on the SG serial laser facilities, the energ...
We studied the track response of CR-39 plastic nuclear track detectors (PNTD) for low (100 MeV/n) en...
AbstractIn the present study the bulk etch rate, the bulk activation energy, the track density and t...
In addition to energy loss bay ionization process, protons of energy >~50 MeV, such as those used in...
We have studied the performance of a newly-commercialized CR-39 plastic nuclear track detector (PNTD...
In this contribution we report on the high applicability of CR-39 track etch detector for the measur...
In addition to energy loss by ionization process, protons of energy >∼50 MeV, such as those used in ...
AbstractTotal charge changing cross-sections of 300 MeV/A Fe26+ ion beam in Al and combined media of...
The solid state nuclear track detector CR-39 is the most reliable ion detec- tor used in laser-drive...
The present study aims to determine the effect of heat treatment on the bulk etch rate of un-irradia...
The charge resolution (delta Z) for heavy ions (nuclear charge: Z < 40) of 0.1-1 GeV/n energy in CR-...
In the present study, CR-39 detectors with thickness of 1.0mm are irradiated respectively by C3+(10M...
International audienceCR-39 detectors have been irradiated with both 241 Am alpha particles and prot...
The occurrence of saturation in the CR-39 detector reduces and limits its detection dynamic range; n...
We present the characteristics of track formation on the front and rear surfaces of CR-39 produced b...
For the application in the charged particle diagnostics on the SG serial laser facilities, the energ...
We studied the track response of CR-39 plastic nuclear track detectors (PNTD) for low (100 MeV/n) en...
AbstractIn the present study the bulk etch rate, the bulk activation energy, the track density and t...
In addition to energy loss bay ionization process, protons of energy >~50 MeV, such as those used in...
We have studied the performance of a newly-commercialized CR-39 plastic nuclear track detector (PNTD...
In this contribution we report on the high applicability of CR-39 track etch detector for the measur...
In addition to energy loss by ionization process, protons of energy >∼50 MeV, such as those used in ...
AbstractTotal charge changing cross-sections of 300 MeV/A Fe26+ ion beam in Al and combined media of...
The solid state nuclear track detector CR-39 is the most reliable ion detec- tor used in laser-drive...
The present study aims to determine the effect of heat treatment on the bulk etch rate of un-irradia...
The charge resolution (delta Z) for heavy ions (nuclear charge: Z < 40) of 0.1-1 GeV/n energy in CR-...