Monte Carlo Method

Assembly of protein structure from sparse experimental data: An efficient Monte Carlo model

Algorithms / Protein Folding / Monte Carlo / Membrane proteins: Structure and Function / Biological Sciences / Computer Simulation / Mathematical Sciences / Long Range / Protein structure / Proteins / Hydrogen Bond / Secondary Structure / Protein Secondary Structure Prediction / Protein Conformation / Experimental Data / Force Field Analysis / Center of Mass / Monte Carlo Method / Computer Simulation / Mathematical Sciences / Long Range / Protein structure / Proteins / Hydrogen Bond / Secondary Structure / Protein Secondary Structure Prediction / Protein Conformation / Experimental Data / Force Field Analysis / Center of Mass / Monte Carlo Method

X-ray transfer in binary systems - A Monte Carlo study

Organic Chemistry / Astrophysical Plasma / X-ray Binaries / Monte Carlo / X Rays / Steady state / Radiative Transfer / Chemical Composition / Monte Carlo Method / Compton Scattering / Steady state / Radiative Transfer / Chemical Composition / Monte Carlo Method / Compton Scattering

Dose perturbations due to contrast medium and air in MammoSite® treatment: An experimental and Monte Carlo study

Biomedical Engineering / Monte Carlo Simulation / Monte Carlo / Brachytherapy / Medical Physics / Catheterization / Humans / Computer Simulation / Female / Artifacts / Dose rate / Early Breast Cancer / Radiometry / Radiation Dose / Mammary gland / Radiation Injuries / Relative Biological Effectiveness / Monte Carlo Method / Contrast Media / Treatment Planning System / Catheterization / Humans / Computer Simulation / Female / Artifacts / Dose rate / Early Breast Cancer / Radiometry / Radiation Dose / Mammary gland / Radiation Injuries / Relative Biological Effectiveness / Monte Carlo Method / Contrast Media / Treatment Planning System

Genetic algorithm for designing a spread-spectrum radar polyphase code

Tabu Search / Genetic Algorithm / Global Optimization / Spread Spectrum / Monte Carlo Method

Phase retrieval by Monte Carlo methods

Simulated Annealing / Optical physics / Electrical And Electronic Engineering / Monte Carlo Method

Monte Carlo Approach for black hole quasinormal mode spectroscopy with LISA

Functional Analysis / Monte Carlo / Low Frequency / Numerical Relativity / Gravitational Wave Detectors / Black Hole / Signal to Noise Ratio / Monte Carlo Method / Black Hole / Signal to Noise Ratio / Monte Carlo Method

Gamma spectral analysis via neural networks

Design / Monte Carlo Simulation / Monte Carlo / Neural Networks / Neural Network / Monte Carlo Methods / Real Time Systems / Real Time / Spectrum / Associative Memory / Gamma Ray / Perceptrons / Field Data / Monte Carlo Method / Linear System and Response / Monte Carlo Methods / Real Time Systems / Real Time / Spectrum / Associative Memory / Gamma Ray / Perceptrons / Field Data / Monte Carlo Method / Linear System and Response

Self-Assembling Cannabinomimetics: Supramolecular Structures of N -Alkyl Amides

Natural Products / Modeling / Self Assembly / Pharmacognosy / Medicinal Plants / Biological Sciences / Micelle / In Vitro / Humans / Endocannabinoid System / CHEMICAL SCIENCES / Amides / Natural / Endocannabinoids / Monte Carlo Method / Echinacea / Molecular Structure / Biological Sciences / Micelle / In Vitro / Humans / Endocannabinoid System / CHEMICAL SCIENCES / Amides / Natural / Endocannabinoids / Monte Carlo Method / Echinacea / Molecular Structure

Phase diagram of a two-dimensional lattice gas model of a ramp system

Engineering / Measure Theory / Lattice Theory / Monte Carlo Simulation / Chemical Physics / Physical sciences / Nearest Neighbor / Phase transition / CHEMICAL SCIENCES / Monte Carlo Method / Physical sciences / Nearest Neighbor / Phase transition / CHEMICAL SCIENCES / Monte Carlo Method

Electromagnetic Controlled Cortical Impact Device for Precise, Graded Experimental Traumatic Brain Injury

Neurology / Traumatic Brain Injury / Fear / Cerebral Cortex / Mice / Calibration / Female / Animals / Male / Clinical Sciences / Electromagnetic phenomena / Reproducibility of Results / Postural Balance / Neurotrauma / Maze Learning / Neurosciences / Monte Carlo Method / Brain injuries / Calibration / Female / Animals / Male / Clinical Sciences / Electromagnetic phenomena / Reproducibility of Results / Postural Balance / Neurotrauma / Maze Learning / Neurosciences / Monte Carlo Method / Brain injuries

Fitting semiparametric random effects models to large data sets

Genetics / Statistics / Biostatistics / Biometry / Growth / Humans / Child / Markov chains / Latent variable / Female / Cluster Analysis / Infant / Newborn Infant / Random Effects Model / Longitudinal Studies / Latent Variables / Random-Effects Models / Large Data Sets / Weight Gain / Monte Carlo Method / Child preschool / Humans / Child / Markov chains / Latent variable / Female / Cluster Analysis / Infant / Newborn Infant / Random Effects Model / Longitudinal Studies / Latent Variables / Random-Effects Models / Large Data Sets / Weight Gain / Monte Carlo Method / Child preschool

A Monte Carlo study on tissue dose enhancement in brachytherapy: a comparison between gadolinium and gold nanoparticles

Engineering / Brachytherapy / Nanoparticles / Computer Simulation / Gold / Physical sciences / Gadolinium / Materials Testing / Monte Carlo Method / Physical sciences / Gadolinium / Materials Testing / Monte Carlo Method

Monte Carlo method via a numerical algorithm to solve a parabolic problem

Applied Mathematics / Complexity / Numerical Analysis / Numerical Linear Algebra / Algorithm / Linear Algebra / PARTIAL DIFFERENTIAL EQUATION / Efficiency / Parabolic Wave Equation / Linear System / Finite Difference Method / Numerical Analysis and Computational Mathematics / Markov chain / Boundary Value Problem / Monte Carlo Method / Direct Method / Linear Algebra / PARTIAL DIFFERENTIAL EQUATION / Efficiency / Parabolic Wave Equation / Linear System / Finite Difference Method / Numerical Analysis and Computational Mathematics / Markov chain / Boundary Value Problem / Monte Carlo Method / Direct Method

Self-consistent Poisson-Schrodinger-Monte Carlo solver: electron mobility in silicon nanowires

Monte Carlo / Nanowires / Numerical Simulation / Electron Transport / Confinement / Schrodinger equation / Computational electronics / Electron Mobility / Poisson Equation / Monte Carlo Method / Schrodinger equation / Computational electronics / Electron Mobility / Poisson Equation / Monte Carlo Method

Copyright © 2017 DADOSPDF Inc.