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Applied Radiation and Isotopes(10)
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A Closer Look at Neutrons in Nuclear and Radiological Engineering(1)
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Comparison of FANT results using the ENDF/B-VII.1, JEFF-3.3 and TENDL2017 nuclear data libraries
ArticleAbstract: FANT (Fuente Ampliada de Neutrones Térmicos; in Spanish) is a thermal neutron irradiation facility wPalabras claves:ENDF/B-VII.1, FANT, JEFF-3.3 and TENDL2017 cross-section nuclear data libraries, Thermal neutron sourceAutores:Gallego E., Garcia-Baonza R., García-Fernandez G.F., Lenin E. Cevallos Robalino, Vega-Carrillo H.R.Fuentes:googlescopusComparison of extended-range and conventional Bonner Sphere Spectrometers (BSS) in an AmBe neutron field – Applicability of the ReBUNKI unfolding code for extended-range BSS
ArticleAbstract: In proton therapy facilities, high-energy neutron fields are generated as a consequence of (p,Xn) nuPalabras claves:Extended-range bonner spheres, Neutron spectrometry, ReBUNKI, Unfolding codesAutores:Gallego E., Garcia-Baonza R., García-Fernandez G.F., Ibañez S., Lacerda M.A.S., Lenin E. Cevallos Robalino, Lorente A., Machado I.A., Vega-Carrillo H.R.Fuentes:googlescopusBenchmarking of stray neutron fields produced by synchrocyclotrons and synchrotrons in compact protontherapy centers (CPTC) using MCNP6 Monte Carlo code
ArticleAbstract: Proton therapy is an external radiotherapy using proton beams with energies between 70 and 230 MeV tPalabras claves:Ambient dose, Ambient dose equivalent, Compact proton therapy centers, MCNP6.2, Shielding commissioningAutores:Fuentes Hernández E., Gallego E., Garcia-Baonza R., García-Fernandez G.F., Gomez-Ros J.M., Guzmán-García K.A., Lenin E. Cevallos Robalino, Vega-Carrillo H.R.Fuentes:googlescopusAnalysis by Monte Carlo methods of the response of an extended-range Bonner Sphere Spectrometer
ArticleAbstract: High-energy neutrons up to 230 MeV are generated as a consequence of (p,n) nuclear reactions in protPalabras claves:Extended-range bonner sphere spectrometer, MCNP6, Neutron dosimetry, Proton acceleratorsAutores:Gallego E., Garcia-Baonza R., García-Fernandez G.F., Lenin E. Cevallos RobalinoFuentes:googlescopusDetermination of the uncertainties associated to the use of different nuclear data libraries in the analysis of extended-range rem-meters
ArticleAbstract: In proton therapy centers stray neutron radiation of up to 230–250 MeV is yielded by (p, Xn) nuclearPalabras claves:LUPIN-II, MCNP6, Nuclear data libraries, Proton therapy, WENDI-IIAutores:Cabellos Ó., Gallego E., Garcia-Baonza R., García-Fernandez G.F., Lenin E. Cevallos RobalinoFuentes:googlescopusDesign by Monte Carlo method of a thermal neutron device using a <sup>241</sup>Am/<sup>9</sup>Be source and high-density polyethylene moderator
ArticleAbstract: A thermal neutron system intended to be used in neutron activation analysis has been designed by MonPalabras claves:241 9 Am / Be source, Dosimetry equipment, MCNP6 codeAutores:Gallego E., García-Fernandez G.F., Guzmán-García K.A., Lenin E. Cevallos Robalino, Lorente A., Vega-Carrillo H.R.Fuentes:googlescopusDesign of Operational Radiation Protection in Compact Proton Therapy Centers (CPTC)
Conference ObjectAbstract: Proton therapy, an external radiotherapy using proton beams to treat some type of tumours with outstPalabras claves:Compact proton therapy centers, Neutron dosimetry, Neutron radiation area monitoringAutores:Carabe-Fernández A., Gallego E., García-Fernandez G.F., Gomez-Ros J.M., Guzmán-García K.A., Lenin E. Cevallos Robalino, Vega-Carrillo H.R.Fuentes:googlescopusExplosives detection using neutrons
Book PartAbstract: The physical properties of neutrons made it possible that immediately after their discovery, in thePalabras claves:explosives, Monte Carlo methods, Neutron source, Prompt gamma-raysAutores:Gallego E., García-Fernandez G.F., Lenin E. Cevallos Robalino, Vega-Carrillo H.R.Fuentes:googlescopusExperimental characterization of FANT, a new thermal neutron source
ArticleAbstract: FANT is the acronym of Enhanced Thermal Neutron Source (Fuente Ampliada de Neutrones Térmicos, in SpPalabras claves:Bonner sphere spectrometer, FANT, Neutron spectrum unfolding, Thermal neutron sourceAutores:Gallego E., García-Fernandez G.F., Guzmán-García K.A., Ibañez S., Lenin E. Cevallos Robalino, Lorente A., Vega-Carrillo H.R.Fuentes:googlescopusEstimation with Monte Carlo of thermal neutrons in the FANT, using <sup>252</sup>Cf and <sup>241</sup>Am/<sup>9</sup>Be neutron source
ArticleAbstract: The thermal neutron irradiation device (FANT), developed at the Neutron Measurements Laboratory of tPalabras claves:Am95241/Be49, Cf98252, FANT, Monte Carlo, Neutron spectraAutores:Bremnen Veliz Orcid, Gallego E., Garcia-Baonza R., García-Fernandez G.F., Lenin E. Cevallos Robalino, Orlando Giovanni Barcia Ayala, Vega-Carrillo H.R.Fuentes:googlescopus