Add to ORKGA new method for calibration was developed that takes theenergy deposited by radioisotope sources into account; it wasvalidated with a plastic scintillation plate using a 207Bi source.The energy deposits of the conversion electrons in the 207Bisource led to an energy difference of a few keV for the 976keV monoenergetic peak. Calibration with high accuracy isessential to estimate radiation doses as well as to evaluate detectorperformance. The method will be available not only foruse in scintillation detectors but also for other detectors
Near background low dose rate measurements are important part of the environmental radiation monitor...
As a preparation for the ZEUS high resolution calorimeter, sampling calorimeters made from 3.2 mm pl...
Procedures for the routine calibration of gamma-ray scintillation spectrometers and multichannel pul...
The calibration of scintillation detectors for gamma radiation in a well characterized setup can be ...
Background The method of measuring doses based on the thermoluminescence phenomenon is not an absolu...
The scintillation counter has proven to be a very valuable research tool, but urfortunately, its abi...
National Security Technologies (NSTec) has developed calibration procedures for X-ray imaging system...
© 2022 Korean Nuclear SocietyA method for calibrating the energy scale and detection efficiency of s...
International audienceDue to their stability and reproducibility, re-entrant pressurized ionization ...
In view of assessing natural radioactivity with on-site quantitative gamma spectrometry, efficiency ...
For the problem of measurement difficulties of β particle emission rate of Ni-63 source plate used f...
In nuclear medicine, radiopharmaceuticals are administered to the patient to diagnose or treat vario...
The performance testing of a newly acquired sodium iodide detector (NaI), (Tl)) at Ghana Atomic Ener...
Calibration and simulation of the SoLid detector energy response are crucial to correct detector inh...
An energy response calibration of Landsverk L-65, L-81, and L-83 pocket chambers was carried out usi...
Near background low dose rate measurements are important part of the environmental radiation monitor...
As a preparation for the ZEUS high resolution calorimeter, sampling calorimeters made from 3.2 mm pl...
Procedures for the routine calibration of gamma-ray scintillation spectrometers and multichannel pul...
The calibration of scintillation detectors for gamma radiation in a well characterized setup can be ...
Background The method of measuring doses based on the thermoluminescence phenomenon is not an absolu...
The scintillation counter has proven to be a very valuable research tool, but urfortunately, its abi...
National Security Technologies (NSTec) has developed calibration procedures for X-ray imaging system...
© 2022 Korean Nuclear SocietyA method for calibrating the energy scale and detection efficiency of s...
International audienceDue to their stability and reproducibility, re-entrant pressurized ionization ...
In view of assessing natural radioactivity with on-site quantitative gamma spectrometry, efficiency ...
For the problem of measurement difficulties of β particle emission rate of Ni-63 source plate used f...
In nuclear medicine, radiopharmaceuticals are administered to the patient to diagnose or treat vario...
The performance testing of a newly acquired sodium iodide detector (NaI), (Tl)) at Ghana Atomic Ener...
Calibration and simulation of the SoLid detector energy response are crucial to correct detector inh...
An energy response calibration of Landsverk L-65, L-81, and L-83 pocket chambers was carried out usi...
Near background low dose rate measurements are important part of the environmental radiation monitor...
As a preparation for the ZEUS high resolution calorimeter, sampling calorimeters made from 3.2 mm pl...
Procedures for the routine calibration of gamma-ray scintillation spectrometers and multichannel pul...