. . "Kube\u0161, Pavel" . "Kl\u00EDr, Daniel" . "RIV/68407700:21230/09:00164589!RIV10-MSM-21230___" . . "[A88DF57B427A]" . "4"^^ . "neutron diagnostics; time-resolved neutron energy spectra; time-of-flight method; Monte Carlo method; Z-pinch"@en . "RIV/68407700:21230/09:00164589" . "978-0-7354-0620-9" . "21230" . "We present the reconstruction of neutron energy spectra from time-of-flight signals. This technique is useful in experiments with the time of neutron production in the range of about tens or hundreds of nanoseconds. The neutron signals were obtained by a common hard X-ray and neutron fast plastic scintillation detectors. The reconstruction is based on the Monte Carlo method which has been improved by simultaneous usage of neutron detectors placed on two opposite sides from the neutron source. Although the reconstruction from detectors placed on two opposite sides is more difficult and a little bit inaccurate (it followed from several presumptions during the inclusion of both sides of detection), there are some advantages. The most important advantage is smaller influence of scattered neutrons on the reconstruction. Finally, we describe the estimation of the error of this reconstruction." . . . "Reconstruction of Time-Resolved Neutron Energy Spectra in Z-Pinch Experiments Using time-of-flight Method"@en . . . "We present the reconstruction of neutron energy spectra from time-of-flight signals. This technique is useful in experiments with the time of neutron production in the range of about tens or hundreds of nanoseconds. The neutron signals were obtained by a common hard X-ray and neutron fast plastic scintillation detectors. The reconstruction is based on the Monte Carlo method which has been improved by simultaneous usage of neutron detectors placed on two opposite sides from the neutron source. Although the reconstruction from detectors placed on two opposite sides is more difficult and a little bit inaccurate (it followed from several presumptions during the inclusion of both sides of detection), there are some advantages. The most important advantage is smaller influence of scattered neutrons on the reconstruction. Finally, we describe the estimation of the error of this reconstruction."@en . . . "P(1P04LA235), P(1P05ME761)" . "\u0158ez\u00E1\u010D, Karel" . . . . "Dense Z-Pinches" . . . . "2008-08-18+02:00"^^ . "New York" . "Reconstruction of Time-Resolved Neutron Energy Spectra in Z-Pinch Experiments Using time-of-flight Method" . "Alexandria" . . . "Reconstruction of Time-Resolved Neutron Energy Spectra in Z-Pinch Experiments Using time-of-flight Method"@en . "AIP Conference Proceedings" . . "0094-243X" . . "338396" . . "Krav\u00E1rik, Josef" . . "4"^^ . "Reconstruction of Time-Resolved Neutron Energy Spectra in Z-Pinch Experiments Using time-of-flight Method" . "4"^^ . .