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Monte Carlo Method
The study of heat transfer on short length and time scales involves understanding the behaviour of microscopic heat carriers in order to quantify the...
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Research on a Monte Carlo global variance reduction method based on an automatic importance sampling method
Global variance reduction is a bottleneck in Monte Carlo shielding calculations. The global variance reduction problem requires that the statistical...
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Monte Carlo in Internal Dosimetry
In internal dosimetry, the Monte Carlo technique is used for radiation transport to compute values of efficiency of monitoring systems and energy...
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Equilibrium Statistics: Monte Carlo Methods
Monte Carlo methods use random numbers, or ‘random’ sequences, to sample from a known shape of a distribution, or to extract distribution by other...
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Monte Carlo Strategies
Monte Carlo is one of the most powerful theoretical methods for evaluating the physical quantities related to the interaction of electrons with a...
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KIR2 Software Complex for Simulation of a Stationary and Nonstationary Particle Transport by the Monte Carlo Method
AbstractThe KIR2 software complex for simulating neutronic stationary and nonstationary processes in reactors based on the Monte Carlo method [1, 2]...
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Computer Simulation of Neutron Transport—The Monte Carlo Method
Applying the Monte Carlo (MC) method to radiation transport is analogous to modeling the principles from which the Boltzmann equation is developed.
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Exchange-Correlation Excitons in Plasma Media: A Monte Carlo Method and the Sign Problem
AbstractTo take into account the interference effects of the Coulomb and exchange interactions of electrons, a new representation of the density...
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Development of a Method for Determining the Heat Capacity of Graphene by the Hybrid Monte Carlo Method
AbstractWe search for the ways to improve the lattice implementation of the extended Hubbard model in order to compute quantum mechanical operators...
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Development of multi-group Monte-Carlo transport and depletion coupling calculation method and verification with metal-fueled fast reactor
The accurate modeling of depletion, intricately tied to the solution of the neutron transport equation, is crucial for the design, analysis, and...
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Random Numbers and Monte Carlo Methods
Generators of sequences of pseudorandom numbers are introduced, after a general discussion about the transition of a numeric sequence from a regular...
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Evaluation of Humidity Sensor Calibration Uncertainty by Monte Carlo Method
To effectively solve the problem that the measurement uncertainty evaluation result is not accurate and the calculation is complicated when the...
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The beryllium atom, ions, and iso-electronic ions in magnetic field using the variational Monte Carlo method
The variational Monte Carlo method is applied to investigate several properties of the beryllium atom, ions, and its iso-electronic ions. For the...
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Development of gamma-spectrum data generation method by Monte Carlo simulation
A digital twin system for a gamma-ray spectrometer was developed using the Geant4 Monte Carlo simulation toolkit and a dedicated novel methodology....
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A SGS efficiency calibration method for measuring the radioactive waste drum based on Monte Carlo simulation and function model
This work presents a Segmented Gamma Scanning (SGS) efficiency calibration method based on Monte Carlo simulation and function model, to calculate...
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A Monte Carlo method for quantitatively calculating the neutron sensitivity of rhodium self-powered neutron detectors in reactors
PurposeSelf-powered neutron detectors (SPNDs) with rhodium emitters exhibit high thermal neutron sensitivity and extensively equipped in nuclear...
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Quantum Diffusion Monte Carlo Method
There are a limited number of cases where we can find exact solutions through Schrödinger equations (Liboff in Introductory Quantum Mechanics,...
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Monte Carlo study of Schwinger model without the sign problem
Monte Carlo study of the Schwinger model (quantum electrodynamics in one spatial dimension) with a topological θ term is very difficult due to the...
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A Monte Carlo simulation study for SSNTDs used in radon and thoron detection
Solid State Nuclear Track Detectors (SSNTDs), despite their simple construction, are highly effective for detecting ion-target interactions. This...
