THE ENSEMBLE PROJECTOR MONTE CARLO METHOD, STUDYING THE LATTICE SCHWINGER MODEL IN THE HAMILTONIAN FORMULATION
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Ranft, J.↗
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Results for “Monte Carlo Methods”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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THE ENSEMBLE PROJECTOR MONTE CARLO METHOD: STUDYING THE U(1) LATTICE GAUGE THEORY WITH FERMIONS IN (2+1)-DIMENSIONS
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Ranft, J.↗
Multi-chain Markov chain Monte Carlo methods for computationally expensive models.
Abstract not provided.
Ray, Jaideep↗
A multifidelity multilevel Monte Carlo method for ncertainty propagation in aerospace applications.
Abstract not provided.
Geraci, Gianluca↗
Using a multi-chain Markov chain Monte Carlo method to calibrate a geoscientific model.
Abstract not provided.
Ray, Jaideep↗
Bayesian calibration of the Community Land Model using a multi-chain Markov chain Monte Carlo method.
Abstract not provided.
Ray, Jaideep↗
A Simulation Study of a Pixelated CZT Detector Combined Energy-Independent Collimator Using Finite Element and Monte Carlo Methods for SPECT Applications
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36 MATERIALS SCIENCE↗
Machine Learning Assisted Monte Carlo Methods for the Studies of Materials Properties
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Li, Ying Wai↗
A Simulation Study of a Pixelated CZT Detector Combined Energy-Independent Collimator Using Finite Element and Monte Carlo Methods for SPECT Applications
Compared to other semiconductor materials, Cadmium Zinc Telluride (CZT) is currently considered a leading material for use in clinical SPECT applications [1]. Over the last few decades, simulation and experimental studies related to the charge sharing effect of pixelated CZT detectors have been performed in order to estimate the charge sharing effect between two neighboring pixels and to determine the optimum pixel size of CZT detectors. The goal of this work is to investigate the charge-transport effect in our pixelated CZT detector design using various radionuclides covering a broad range of gamma emission energies from Tl-201 to I-131 that are used for clinical SPECT applications and to estimate physical effects in the detectors combined with our energy-optimized high-sensitivity pixel-matching parallel-hole collimator [2].
36 MATERIALS SCIENCE↗
Conditional Point Sampling: A Novel Monte Carlo Method for Radiation Transport in Stochastic Media.
Abstract not provided.
Vu, Emily↗
Conditional Point Sampling: A Novel Monte Carlo Method for Radiation Transport in Stochastic Media.
Abstract not provided.
Vu, Emily↗
Solving Stochastic Inverse Problems using Approximate Push-forward Densities based on a Multi-fidelity Monte Carlo Method.
Abstract not provided.
Wildey, Timothy Michael↗
Anaylsys of Defect Clustering in Semiconductors using Kinetic Monte Carlo Methods.
Abstract not provided.
Hehr, Brian Douglas↗
UNCERTAINTY EVALUATION BY MONTE CARLO METHOD ON THE EFFECTIVE TOOL LENGTH IN A PRECISION MACHINE TOOL
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Horvath, Nick↗
Accurate Calculations of a Solid State Test Set with Quantum Monte Carlo Methods.
Abstract not provided.
Melton, Cody Allen↗
Critical Experiment Design with Iron and Chromium Using Monte Carlo Methods for the Comet Assembly
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Kleedtke, Noah Andrew↗