Search Results for "electron beam simulation" - Page 3

SEMSIM is designed for single-electron device (SET) and circuit simulation using the Monte Carlo method. It uses adaptive techniques to significantly improve the time efficiency while maintaining accuracy.

The X Beam ("the cross beam") is a cross platform C++ 3D world simulation engine with powerful customization support. It is currently being developed for Linux, Mac OS X, and Windows.

Electron diffraction code for the simulation and data analysis of keV electron-molecule scattering.

EPICS driver for Libera Electron Beam Position Monitor (EBPM) as developed for Diamond Light Source. Please visit http://controls.diamond.ac.uk/downloads/other/libera/ for updates.

SpectrumGUI can generate filtered spectra for various x-ray tubes and can display attenuation coefficients for various materials. It also computes exposure and beam quality for various tube settings.

Lunessaphir Mini Beam Simulator is a simulator of antenna propagation.You can see easily the spacial radiation patterns of array antenna like a thermogram, depending on amplification and phase of each antenna element.

decida is [de]vice & [ci]rcuit [d]ata [a]nalysis. It is used for electron device characterization, procedural simulation/analysis of electronic circuits, or more general data analysis tasks.

PENGL is a PENGEOM geometry viewer written in C using OpenGL. PENGEOM is the geometry description routine coming with Penelope (Monte Carlo code for simulation of electron, positron and photon transport).

Construction: The Game is based on a popular Tribes 2(R) mod called \'Construction Mod\'. In this game, you construct your own buildings with various pieces, Beam, Walkway, Wall, Etc. It is using the Torque Game Engine.

Compton simulate the interactions betwen a laser beam and an electron beam to create high energy photons (X-rays).

Set of scripts based on gaussian optics, which allow you to analyze the image waist created from a gaussian beam, and quickly determine 1-lens and 2-lens mode matching configurations to match a beam waist to another waist size

In the selective laser melting process (SLM), components are built up layer by layer by incremental melting of metal powder with a laser beam. This process leads to locally inhomogeneous material properties of the manufactured components. By integrating these specific material properties of the SLM-process into a topology optimization, product developers can be supported in the design process by simulation. For this purpose, a topology optimization method is being developed which takes into account the unique material properties of parts manufactured with the SLM-process. ...