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Neutron capture gammaray spectroscopy.
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Inbeam gammaray spectroscopy.
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Practical gammaray spectrometry.
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Specification of gammaray brachytherapy sources.
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Specification of high activity gammaray sources.
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Current status of neutron capture theory.
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Clinical aspects of neutron capture therapy.
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Neutron beam design, development, and performance for neutron capture therapy.
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Advances in neutron capture therapy : Medicine and physics.
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Advances in neutron capture therapy : Chemistry and biology.
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The neutron capture þ-rays from potassium.
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Neutron density in an infinite, non-capturing medium surrounding a long cylindrical body which scatters and captures neutrons.
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Stellar neutron capture cross sections of the Gd isotopes.
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Dipole and quadrupole transition probabilities in neutron capture gamma radiation.
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Capture radiation and neutrons from the bombardment of C14 with protons.
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Neutron capture in 148,150 Sm: a sensitive probe of the s-Process neutron density.
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Further measurements on the þ rays produced by neutron capture in beryllium and carbon.
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Thermal neutron capture cross-section of Na23 and Mn55.
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Database of prompt gamma rays from slow neutron capture for elemental analysis.
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Neutron capture in 122, 123, 124Te: A critical test for s-Process studies.
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The thermal neutron capture cross section of AU198 and the half-life of AU199.
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Experimental studies for the personalized application of boron neutron capture therapy to the treatment of cutaneous melanoma
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Beta decay and muon capture.
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Dosimetry of Xray and gammaray beams for radiation therapy in the energy range 10 keV to 50 MeV.
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Medical Xray, electron beam and gammaray protection for energies up to 50 MeV : [equipment design, performance and use].
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Author: International symposium on neutron capture gamma ray spectroscopy and related topics Stony Brook,US
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