A PGNAA facility is being developed for 10B concentration measurements at RA-3 reactor. Its design targets detection limits better than tenths of microgram and irradiation times on the order of minutes. Computational models were developed, which estimated thermal neutron fluxes in irradiation position larger than 10^9 n·cm^(−2)s^(−1). Calculated amounts of photons and fast neutrons make necessary filter/moderator arrangements. An irradiation device was designed and numerically tested, which is being built and is to be used for performing characterizing measurements
Prompt gamma-ray neutron activation analysis (PGNAA) is a useful approach for determining the concen...
The CITATION code based on neutron diffusion theory is used for flux calculation inside voluminous s...
Radioactive waste storages must guarantee the non-toxicity of the waste for long time, not only rega...
In preclinical and clinical Boron Neutron Capture Therapy studies the knowledge of the amount of 10B...
The thesis concerns the development of a Prompt Gamma Neutron Activation Analysis(PGNAA) facility fo...
The BNCT group in Pavia developed a boron concentration measurement technique based on α spectroscop...
Graduation date: 2009In this work a prompt gamma neutron activation analysis (PGNAA) facility has be...
This research project was to improve the prompt gamma-ray neutron activation analysis (PGNAA) measur...
none2In this work a compact system was designed for bulk sample analysis using the technique of PGNA...
Prompt Gamma Activation Analysis (PGAA) at nuclear reactors has undergone a renaissance with the adv...
For the identication and quantication of actinides in radioactive packages,the non-destructive metho...
The Joint Research Centre of the European Commission develops instrumentation for detection of hazar...
A new neutron activation analysis system is currently being designed at Lund University. The design ...
Background: This work presents an initial proposed design of a Prompt Gamma Activation Analysis (PGA...
This report summarizes a study of possible neutron detection technologies for performing prompt (n,2...
Prompt gamma-ray neutron activation analysis (PGNAA) is a useful approach for determining the concen...
The CITATION code based on neutron diffusion theory is used for flux calculation inside voluminous s...
Radioactive waste storages must guarantee the non-toxicity of the waste for long time, not only rega...
In preclinical and clinical Boron Neutron Capture Therapy studies the knowledge of the amount of 10B...
The thesis concerns the development of a Prompt Gamma Neutron Activation Analysis(PGNAA) facility fo...
The BNCT group in Pavia developed a boron concentration measurement technique based on α spectroscop...
Graduation date: 2009In this work a prompt gamma neutron activation analysis (PGNAA) facility has be...
This research project was to improve the prompt gamma-ray neutron activation analysis (PGNAA) measur...
none2In this work a compact system was designed for bulk sample analysis using the technique of PGNA...
Prompt Gamma Activation Analysis (PGAA) at nuclear reactors has undergone a renaissance with the adv...
For the identication and quantication of actinides in radioactive packages,the non-destructive metho...
The Joint Research Centre of the European Commission develops instrumentation for detection of hazar...
A new neutron activation analysis system is currently being designed at Lund University. The design ...
Background: This work presents an initial proposed design of a Prompt Gamma Activation Analysis (PGA...
This report summarizes a study of possible neutron detection technologies for performing prompt (n,2...
Prompt gamma-ray neutron activation analysis (PGNAA) is a useful approach for determining the concen...
The CITATION code based on neutron diffusion theory is used for flux calculation inside voluminous s...
Radioactive waste storages must guarantee the non-toxicity of the waste for long time, not only rega...