Field Precision title
Finite-element simulations of X-ray sources and imaging devices
GamBet calculates the transport of electrons, photons and positrons through matter over a broad energy range (300 eV to 1 GeV) using Monte Carlo methods.Xenos is a comprehensive suite for X-ray and electron source design . It couples the functions of GamBet with our finite-element codes for electric and magnetic fields, electron beam devices, and thermal transport. The innovative packages are among the most advanced Monte Carlo codes available on any platform:
  • Represent any 2D or 3D system with conformal meshes that may include hundreds of different material types.
  • Import electron distributions from Trak or OmniTrak.
  • Include effects of numerically-exact electric and magnetic fields.
  • Export dose or power density profiles for thermal analysis.
  • Run in multi-processor mode.
Monte Carlo X-ray calculations GamBet
Innovative 2D/3D Monte Carlo design suite for X-ray science. The package includes Geometer (an interactive environment for visualizing and building 3D structures), MetaMesh (automatic generator for 3D conformal hexahedron meshes), Mesh (2D conformal mesh generator with integrating drawing editor), the GamBet solution engine and GBView (comprehensive post-processor for solution exploration, dose analysis and plot generation).
X-ray source design Xenos
The Xenos software suite is the ultimate resource to model photon and electron dynamics and their interactions with matter. A primary application is end-to-end design of X-ray sources. Components function as coupled or stand-alone applications for electric and magnetic field calculations, electron/ion beam design, Monte Carlo modeling of radiation transport and thermal analysis.

Five reasons to choose Field Precision software:

  • Speed and efficiency: The technical programs are coded for unmatched performance. You can run 2D solutions in seconds, 3D solutions in minutes. Packages feature unlimited memory access and parallel processing support for 64-bit multicore computers.

  • Affordability: Packages provide full 3D capabilities within the budgets of small companies, consultants and universities.

  • Accessibility: The easy-to-learn packages include full-featured graphical-user interfaces, libraries of ready-to-run examples and textbook-quality instruction manuals.

  • Accuracy and advanced capabilities: Field Precision programs constitute the most powerful tools available for modeling charged-particle devices, radiation transport and pulsed-power technology.

  • Extensibility: Software inputs are open, and all programs can be launched from batch files or external programs. Users can create automatic control structures or feedback loops for intensive calculations.