International audienceWe evaluated the high-energy X-ray detection capabilities of Bi-loaded plastic scintillators. The detection efficiency for 67.4 keV X-rays was successfully increased by increasing the Bi concentration. The detection efficiency of a plastic scintillator loaded with 10 wt % Bi was comparable to that of a commercially available plastic scintillator loaded with 5 wt % Pb, NE-142. A subnanosecond time resolution was achieved, and no long scintillation component appeared with Bi loading. These results indicate that Bi loading is an effective method of enhancing the detection efficiency for high-energy X-rays while preserving the timing properties of plastic scintillators
Timing and energy resolutions of the bismuth germanate (Hi (',<\(t) scintillation crystals w...
We synthesize a series of polyvinylcarbazole monoliths containing varying loadings of triphenyl bism...
Monte Carlo simulations of a pixelated detector array of inorganic scintillators for high spatial re...
International audienceWe evaluated the high-energy X-ray detection capabilities of Bi-loaded plastic...
Bi-loaded plastic scintillators were successfully synthesized using the solvent evaporation method a...
International audienceThis article presents the synthesis and the blend of bismuth complexes in poly...
International audienceOrganometallic chemistry has recently gained a lot of attention in the domain ...
In this study, the 3-phenylpropionic acid (3-PPA)-modified Bi2O3 nanoparticle-loaded plastic scintil...
Polyvinylcarbazole polymer scintillators with high loading of a bismuth organometallic exhibit good ...
The pulse-height response and timing characteristics of bismuth germanate scintillator haven been de...
Plastic scintillators utilizing iridium complex fluorophores offer substantial improvements in light...
International audienceGadolinium-covered modified plastic scintillators show a high potential for th...
International audienceThis paper presents the concept of such compensation under the form of a two-b...
Neutron detection and multiplicity counting has been investigated using a boron-loaded plastic scint...
Conference of 2013 3rd International Conference on Advancements in Nuclear Instrumentation, Measurem...
Timing and energy resolutions of the bismuth germanate (Hi (',<\(t) scintillation crystals w...
We synthesize a series of polyvinylcarbazole monoliths containing varying loadings of triphenyl bism...
Monte Carlo simulations of a pixelated detector array of inorganic scintillators for high spatial re...
International audienceWe evaluated the high-energy X-ray detection capabilities of Bi-loaded plastic...
Bi-loaded plastic scintillators were successfully synthesized using the solvent evaporation method a...
International audienceThis article presents the synthesis and the blend of bismuth complexes in poly...
International audienceOrganometallic chemistry has recently gained a lot of attention in the domain ...
In this study, the 3-phenylpropionic acid (3-PPA)-modified Bi2O3 nanoparticle-loaded plastic scintil...
Polyvinylcarbazole polymer scintillators with high loading of a bismuth organometallic exhibit good ...
The pulse-height response and timing characteristics of bismuth germanate scintillator haven been de...
Plastic scintillators utilizing iridium complex fluorophores offer substantial improvements in light...
International audienceGadolinium-covered modified plastic scintillators show a high potential for th...
International audienceThis paper presents the concept of such compensation under the form of a two-b...
Neutron detection and multiplicity counting has been investigated using a boron-loaded plastic scint...
Conference of 2013 3rd International Conference on Advancements in Nuclear Instrumentation, Measurem...
Timing and energy resolutions of the bismuth germanate (Hi (',<\(t) scintillation crystals w...
We synthesize a series of polyvinylcarbazole monoliths containing varying loadings of triphenyl bism...
Monte Carlo simulations of a pixelated detector array of inorganic scintillators for high spatial re...