For the problem of measurement difficulties of β particle emission rate of Ni-63 source plate used for Ni-63 betavoltaic battery, a relative test method of scintillation current method was erected according to the measurement principle of scintillation detector.β particle emission rate of homemade Ni-63 source plate was tested by the method, and the test results were analysed and evaluated, it was initially thought that scintillation current method was a feasible way of testing β particle emission rate of Ni-63 source plate with high β particle emission rate
The light collection efficiency of plastic scintillator panels used in radiation portal monitors (RP...
We report here on the measurement of γ emission from the sys-tem built by Rossi et al. to produce en...
A fast coincidence counting system for high-energy particle measurements combines a scintillation co...
A new method for calibration was developed that takes theenergy deposited by radioisotope sources in...
The approaches to the draining measurements and to the surroundings of nuclear power stations as wel...
In methods for quantification of Ni-63, in e. g. reactor coolant water, a chemical separation is req...
Nickel-63 (a pure beta-emitter with a half-life of 100 years) is one of the most promising radionucl...
The characteristics of a Silicon Photo Multiplier (SiPM)-based scintillation detector system were st...
Many modern liquid scintillation counters use two coincident photomultiplier (PM) tubes to reduce ba...
Graduation date: 2002Scanning surveys of building surfaces and land areas are performed with radiati...
The performance of a plastic scintillator for use in an in situ measurement system was analyzed usin...
International audienceThis paper presents the latest development of the laboratory to measure the na...
An investigation and quantification of certain performance characteristics of a flat type 3†x 3†...
This thesis describes the development of a 4πβ - 4πγ detection system to perform primary standardisa...
The minimum detectable activity (MDA) value was derived according to the flow rate of the sample and...
The light collection efficiency of plastic scintillator panels used in radiation portal monitors (RP...
We report here on the measurement of γ emission from the sys-tem built by Rossi et al. to produce en...
A fast coincidence counting system for high-energy particle measurements combines a scintillation co...
A new method for calibration was developed that takes theenergy deposited by radioisotope sources in...
The approaches to the draining measurements and to the surroundings of nuclear power stations as wel...
In methods for quantification of Ni-63, in e. g. reactor coolant water, a chemical separation is req...
Nickel-63 (a pure beta-emitter with a half-life of 100 years) is one of the most promising radionucl...
The characteristics of a Silicon Photo Multiplier (SiPM)-based scintillation detector system were st...
Many modern liquid scintillation counters use two coincident photomultiplier (PM) tubes to reduce ba...
Graduation date: 2002Scanning surveys of building surfaces and land areas are performed with radiati...
The performance of a plastic scintillator for use in an in situ measurement system was analyzed usin...
International audienceThis paper presents the latest development of the laboratory to measure the na...
An investigation and quantification of certain performance characteristics of a flat type 3†x 3†...
This thesis describes the development of a 4πβ - 4πγ detection system to perform primary standardisa...
The minimum detectable activity (MDA) value was derived according to the flow rate of the sample and...
The light collection efficiency of plastic scintillator panels used in radiation portal monitors (RP...
We report here on the measurement of γ emission from the sys-tem built by Rossi et al. to produce en...
A fast coincidence counting system for high-energy particle measurements combines a scintillation co...