A suite of three computer codes has been written to analyse the pulse height spectra from an organic scintillator neutron or gamma ray spectrometer. Data prepared by the first code are submitted to the second which unfolds the pulse height spectra. Comparison and presentation of analysed data are performed by the third code. The spectrum unfolding process was tested by unfolding the fairly complex spectrum from the 9Be(d,n)10B reaction, which was known from other measurements. The performance of the code when unfolding monoenergetic neutron responses was comparable to the performance of codes used by other workers
A high-energy liquid-organic scintillation spectrometer system is described. This spectrometer was d...
Procedures for the routine calibration of gamma-ray scintillation spectrometers and multichannel pul...
A method for determining parameters of a physical spectrum from pulse-height data is described. This...
A series of computer programs are described which Were successfully applied to the reduction of puls...
A system of programs is described which can be used for unfolding particle spectra from measured pul...
An accurate energy calibration of a 5 '' x 2 '' BC501A liquid scintillator-based...
A system of programs is described which can be used for unfolding particle spectra from measured pul...
International audienceSGRD (Spectroscopy, Gamma rays, Rapid, Deterministic) code is used for fast ca...
This paper presents a new technique for the analysis of neutron pulse height distributions generated...
An analytical method and a computer code are described for unfolding complex gamma-ray spectra obtai...
An unfolding (deconvolution) method is presented to analyse high-energy gamma-spectra of scintillati...
A computer code has been written at the Pacific Northwest Laboratory (PNL) to synthesize the results...
From abstract: "The objective of this program is to produce a set of pulse-height spectra representi...
AbstractNonproliferation of nuclear materials is important in nuclear power industry and fuel cycle ...
Monoenergetic neutrons were produced at the Van de Graaf accelerator of the EC-JRC-Institute for Ref...
A high-energy liquid-organic scintillation spectrometer system is described. This spectrometer was d...
Procedures for the routine calibration of gamma-ray scintillation spectrometers and multichannel pul...
A method for determining parameters of a physical spectrum from pulse-height data is described. This...
A series of computer programs are described which Were successfully applied to the reduction of puls...
A system of programs is described which can be used for unfolding particle spectra from measured pul...
An accurate energy calibration of a 5 '' x 2 '' BC501A liquid scintillator-based...
A system of programs is described which can be used for unfolding particle spectra from measured pul...
International audienceSGRD (Spectroscopy, Gamma rays, Rapid, Deterministic) code is used for fast ca...
This paper presents a new technique for the analysis of neutron pulse height distributions generated...
An analytical method and a computer code are described for unfolding complex gamma-ray spectra obtai...
An unfolding (deconvolution) method is presented to analyse high-energy gamma-spectra of scintillati...
A computer code has been written at the Pacific Northwest Laboratory (PNL) to synthesize the results...
From abstract: "The objective of this program is to produce a set of pulse-height spectra representi...
AbstractNonproliferation of nuclear materials is important in nuclear power industry and fuel cycle ...
Monoenergetic neutrons were produced at the Van de Graaf accelerator of the EC-JRC-Institute for Ref...
A high-energy liquid-organic scintillation spectrometer system is described. This spectrometer was d...
Procedures for the routine calibration of gamma-ray scintillation spectrometers and multichannel pul...
A method for determining parameters of a physical spectrum from pulse-height data is described. This...