Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
ANALYSIS OF NEUTRON FIELDS GENERATED IN SPALLATION TARGETS OF B-URAN EXPERIMENTAL ASSEMBLY USING MONTE CARLO METHOD
View through CrossRef
The aim of this paper is to introduce experimental assembly B-URAN and the results of Monte Carlo simulations of neutron fields, which will be generated by using various spallation targets. This experimental assembly was constructed in Joint Institute of Nuclear Research in Dubna, Russian Federation, in order to study accelerator driven systems fundamental characteristics. Beam of 660 MeV protons should be used for that purpose. The MCNP model of such set-up has been developed at Brno University of Technology, Czech Republic. The goal is to get data needed for prediction of reaction rates in detectors placed in B-URAN experimental channels. Such data will be experimentally validated later. Furthermore, simulations of radiation exposure around this xperimental assembly were performed.
Czech Technical University in Prague - Central Library
Title: ANALYSIS OF NEUTRON FIELDS GENERATED IN SPALLATION TARGETS OF B-URAN EXPERIMENTAL ASSEMBLY USING MONTE CARLO METHOD
Description:
The aim of this paper is to introduce experimental assembly B-URAN and the results of Monte Carlo simulations of neutron fields, which will be generated by using various spallation targets.
This experimental assembly was constructed in Joint Institute of Nuclear Research in Dubna, Russian Federation, in order to study accelerator driven systems fundamental characteristics.
Beam of 660 MeV protons should be used for that purpose.
The MCNP model of such set-up has been developed at Brno University of Technology, Czech Republic.
The goal is to get data needed for prediction of reaction rates in detectors placed in B-URAN experimental channels.
Such data will be experimentally validated later.
Furthermore, simulations of radiation exposure around this xperimental assembly were performed.
Related Results
Comparative study of the effect of neutrons emitted from neutron source 241Am-Be and curcumin on MCF-7 breast cancer cells in 3D culture medium
Comparative study of the effect of neutrons emitted from neutron source 241Am-Be and curcumin on MCF-7 breast cancer cells in 3D culture medium
AbstractIntroductionCancer is one of the major medical problems threatening human health. Breast cancer is the most prevalent type of cancer in women. Reports indicate that treatme...
Study of coded source neutron imaging based on a compact accelerator
Study of coded source neutron imaging based on a compact accelerator
Compact accelerator based neutron source has lower cost and better flexibility than nuclear reactor. Neutron imaging using such a neutron source has attracted more and more attenti...
Cosmic-ray neutron production and propagation inside snow packs characterized by multi-particle Monte Carlo simulations
Cosmic-ray neutron production and propagation inside snow packs characterized by multi-particle Monte Carlo simulations
Cosmic-ray neutron sensors buried below a snow pack provide a passive and autonomous monitoring technique of snow water equivalent (SWE). The effective neutron flux is attenuated i...
Monte Carlo methods: barrier option pricing with stable Greeks and multilevel Monte Carlo learning
Monte Carlo methods: barrier option pricing with stable Greeks and multilevel Monte Carlo learning
For discretely observed barrier options, there exists no closed solution under the Black-Scholes model. Thus, it is often helpful to use Monte Carlo simulations, which are easily a...
Research on Multi-Group Monte Carlo Calculations Based on Group Constants Generated by RMC
Research on Multi-Group Monte Carlo Calculations Based on Group Constants Generated by RMC
Abstract
Nowadays, deterministic two-step or Monte Carlo methods are commonly used in core physics calculations. However, with the development of reactor core design, tradi...
AN ACCURATELY DETERMINING POROSITY METHOD FROM PULSED-NEUTRON ELEMENT LOGGING IN UNCONVENTIONAL RESERVOIRS
AN ACCURATELY DETERMINING POROSITY METHOD FROM PULSED-NEUTRON ELEMENT LOGGING IN UNCONVENTIONAL RESERVOIRS
Unconventional reservoirs have low porosity and complex mineral composition containing quartz, feldspar, calcite, dolomite, pyrite and kerogen, which may seriously reduce the accur...
Neutron Diffraction
Neutron Diffraction
Abstract
Neutron diffraction, a technique analogous to X‐ray diffraction, is well‐suited to the study of biological materials. By differentiatin...
Experimental study of the secondary neutron angular spectra emitted from polyethylene slabs with D-T neutron source
Experimental study of the secondary neutron angular spectra emitted from polyethylene slabs with D-T neutron source
An experimental method of measuring the secondary neutron angular spectrum from polyethylene slab assembly with D-T neutron source based on the proton-recoil method is developed. I...