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3d-simulation-of-nuclear-fusion-and-fission

The project is an accurate 3D Physics Simulation of Nuclear Fission and Nuclear Fusion. The simulation will show the atomic level of interaction of the particles during Nuclear Fission and Nuclear Fusion. For the simulation on Nuclear Fission, the first fission of the atom to the last formation of the neutrons from the last Nuclear Fission will be displayed. While for Nuclear Fusion, the first fusion of the two particles to the last atom formed will be simulated. The project will be an interactive user-friendly 2D Simulation wherein users will be able to control the number of atoms and the speed of the particles interacting within the simulation. The simulation will be able to be used by students when studying Nuclear Reactions and by teachers when illustrating and simulating Nuclear Reactions.

adpak

alfvendetectors.jl

A collection of algorithms for Alfven eigenmode detection in tokamak plasma.

alice-dipole-param

ALICE dipole magnet field parameterization preparation script

alice-dipole-search

ALICE dipole magnet field parameterization with Prepopulated Quick Segment Search

apexd_coil_design

Codes related to optimized coil design for the APEX-D levitated dipole experiment

apexd_rw_sim

Simulation of single-particle dynamics in a levitated dipole magnetic configuration with rotating wall electric fields.

arbitraryenergy

Arbitrary Energy is a tool for design electret electric field constrainting controlled light nuclear fusion reactor.

atmospheric-plasma

simulation of plasma motion around a dipole magnetic field

aurora

Modern toolbox for impurity transport, neutrals and radiation modeling in magnetically-confined plasmas

aurora_dev

Miscellaneous scripts for Aurora development

bayesimp

Bayesian analysis of impurity transport data.

beff

Code that calculates the longitudinal and surface magnetic field of an obliquely rotating magnetic dipole (centered or decentered).

bout

Plasma fluid finite-difference simulation code in curvilinear coordinate systems

butterfly

:butterfly: A light python API for creating and running OpenFoam cases for CFD simulation.

cad_to_h5m

Converts CAD file(s) such as STP and SAT to a h5m file compatible with DAGMC based simulations using the Cubit Python API

cadquery

A python parametric CAD scripting framework based on OCCT

chibo

An OpenGL-based visualizer for the Electric Field generated by a dipole.

cmod3d

Play with a 3D model of a fusion reactor.

coil_simulation

Python code to simulated the plasma source magnetics at BMPL

connection-analysis

This program is used for analyzing magnetic connection between interplanetary plasma shocks and Earth's bow shock.

control-of-electron-temperature-profile-in-h-mode-tokamak-plasmas

core

Collection of algorithms used for tokamak plasma tomography

correlation-analysis-of-plasma

research work on correlation analysis of plasma in tokamak

cubit-plugin

Plugins and command extensions for Coreform Cubit

cyclus

The Cyclus Nuclear Fuel Cycle Simulator

dagmc

Direct Accelerated Geometry Monte Carlo Toolkit

dagmc_bounding_box

Finds the bounding box and related properties of a DAGMC geometry

dagmc_geometry_slice_plotter

A minimal Python package that produces slice plots through h5m DAGMC geometry files

data

Sample data for testing and documenting PlasmaPy