The Experts below are selected from a list of 12 Experts worldwide ranked by ideXlab platform
R Brandt - One of the best experts on this subject based on the ideXlab platform.
-
mean ranges of 161dy in Hostaphan and kapton and maximum etchable track lengths in znp glass detector
Radiation Measurements, 1997Co-Authors: S Ghosh, K K Dwivedi, D Sinha, A K Mawar, S Singh, A Srivastava, R BrandtAbstract:Abstract The mean ranges and energy-loss of different energies of 161 Dy in Hostaphan and Kapton have been determined using the nuclear track technique. Calibrated detectors of PADC are used for 161 Dy ions through targets of different thickness. The experimental mean ranges are compared with theoretical values derived from three different prescriptions. In another experiment the track lengths of 161 Dy ions at five different energies were measured in Zn-P glass and the experimental track lengths have been compared with theoretical values obtained from three different computer codes.
A Srivastava - One of the best experts on this subject based on the ideXlab platform.
-
mean ranges of 161dy in Hostaphan and kapton and maximum etchable track lengths in znp glass detector
Radiation Measurements, 1997Co-Authors: S Ghosh, K K Dwivedi, D Sinha, A K Mawar, S Singh, A Srivastava, R BrandtAbstract:Abstract The mean ranges and energy-loss of different energies of 161 Dy in Hostaphan and Kapton have been determined using the nuclear track technique. Calibrated detectors of PADC are used for 161 Dy ions through targets of different thickness. The experimental mean ranges are compared with theoretical values derived from three different prescriptions. In another experiment the track lengths of 161 Dy ions at five different energies were measured in Zn-P glass and the experimental track lengths have been compared with theoretical values obtained from three different computer codes.
S Ghosh - One of the best experts on this subject based on the ideXlab platform.
-
mean ranges of 161dy in Hostaphan and kapton and maximum etchable track lengths in znp glass detector
Radiation Measurements, 1997Co-Authors: S Ghosh, K K Dwivedi, D Sinha, A K Mawar, S Singh, A Srivastava, R BrandtAbstract:Abstract The mean ranges and energy-loss of different energies of 161 Dy in Hostaphan and Kapton have been determined using the nuclear track technique. Calibrated detectors of PADC are used for 161 Dy ions through targets of different thickness. The experimental mean ranges are compared with theoretical values derived from three different prescriptions. In another experiment the track lengths of 161 Dy ions at five different energies were measured in Zn-P glass and the experimental track lengths have been compared with theoretical values obtained from three different computer codes.
K K Dwivedi - One of the best experts on this subject based on the ideXlab platform.
-
mean ranges of 161dy in Hostaphan and kapton and maximum etchable track lengths in znp glass detector
Radiation Measurements, 1997Co-Authors: S Ghosh, K K Dwivedi, D Sinha, A K Mawar, S Singh, A Srivastava, R BrandtAbstract:Abstract The mean ranges and energy-loss of different energies of 161 Dy in Hostaphan and Kapton have been determined using the nuclear track technique. Calibrated detectors of PADC are used for 161 Dy ions through targets of different thickness. The experimental mean ranges are compared with theoretical values derived from three different prescriptions. In another experiment the track lengths of 161 Dy ions at five different energies were measured in Zn-P glass and the experimental track lengths have been compared with theoretical values obtained from three different computer codes.
S Singh - One of the best experts on this subject based on the ideXlab platform.
-
mean ranges of 161dy in Hostaphan and kapton and maximum etchable track lengths in znp glass detector
Radiation Measurements, 1997Co-Authors: S Ghosh, K K Dwivedi, D Sinha, A K Mawar, S Singh, A Srivastava, R BrandtAbstract:Abstract The mean ranges and energy-loss of different energies of 161 Dy in Hostaphan and Kapton have been determined using the nuclear track technique. Calibrated detectors of PADC are used for 161 Dy ions through targets of different thickness. The experimental mean ranges are compared with theoretical values derived from three different prescriptions. In another experiment the track lengths of 161 Dy ions at five different energies were measured in Zn-P glass and the experimental track lengths have been compared with theoretical values obtained from three different computer codes.