This thesis attempts to unfold the energy distribution of a gamma field from the response function of the gamma detector. To do this, an iterative matrix-unfolding algorithm is applied to measurements and a detector response function. Using empirical data and Geant4, a monte carlo radiation transport code, the response function is generated to represent the detector's response to a range of gamma energies. This overall approach is applied to gamma check sources, PuBe, and a gamma distribution resulting from a cyclotron-induced reaction.M.S
A Monte Carlo computer program has been used to calculate characteristics of the response of fully d...
"August 1968.""MIT-3944-2."Includes bibliographical references (pages 86-87)GAMANL, a computer code ...
Monte Carlo tools have been long used to assist the research and development of solutions for proton...
AbstractAn approach for creation the response functions‘matrix for the xenon gamma-ray detector is d...
An unfolding (deconvolution) method is presented to analyse high-energy gamma-spectra of scintillati...
Tematem pracy była analiza wyników uzyskanych w eksperymencie γCCB oraz porównanie z rezultatami zar...
An analytical method and a computer code are described for unfolding complex gamma-ray spectra obtai...
Jusqu’au début des années 1980, la spectrométrie gamma aéroportée a avant tout été utilisée pour des...
In the Monte Carlo method, quantities of interest for the application are calculated through statist...
Les mesures fines des faibles radioactivités par la spectrométrie gamma nécessitent l’optimisation d...
The determination of gamma ray transport has proven difficult to handle by ordinary methods. The use...
We present {\gamma} spectroscopy validation measurements for the Geant4 radioactive decay simulation...
Although the landscape of nuclear safeguards changes as new technologies emerge, gamma-ray spectrosc...
Nowadays the precision in the measurement has become a challenge for physicists. That is why in rece...
Gamma ray spectra tabulation following neutron absorption and inelastic scattering events in H, Be, ...
A Monte Carlo computer program has been used to calculate characteristics of the response of fully d...
"August 1968.""MIT-3944-2."Includes bibliographical references (pages 86-87)GAMANL, a computer code ...
Monte Carlo tools have been long used to assist the research and development of solutions for proton...
AbstractAn approach for creation the response functions‘matrix for the xenon gamma-ray detector is d...
An unfolding (deconvolution) method is presented to analyse high-energy gamma-spectra of scintillati...
Tematem pracy była analiza wyników uzyskanych w eksperymencie γCCB oraz porównanie z rezultatami zar...
An analytical method and a computer code are described for unfolding complex gamma-ray spectra obtai...
Jusqu’au début des années 1980, la spectrométrie gamma aéroportée a avant tout été utilisée pour des...
In the Monte Carlo method, quantities of interest for the application are calculated through statist...
Les mesures fines des faibles radioactivités par la spectrométrie gamma nécessitent l’optimisation d...
The determination of gamma ray transport has proven difficult to handle by ordinary methods. The use...
We present {\gamma} spectroscopy validation measurements for the Geant4 radioactive decay simulation...
Although the landscape of nuclear safeguards changes as new technologies emerge, gamma-ray spectrosc...
Nowadays the precision in the measurement has become a challenge for physicists. That is why in rece...
Gamma ray spectra tabulation following neutron absorption and inelastic scattering events in H, Be, ...
A Monte Carlo computer program has been used to calculate characteristics of the response of fully d...
"August 1968.""MIT-3944-2."Includes bibliographical references (pages 86-87)GAMANL, a computer code ...
Monte Carlo tools have been long used to assist the research and development of solutions for proton...