SCIENTIFIC SIMULATION
Overview

- Developer of innovative, user-friendly software tools for scientific research, education, and commercial applications.
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Software is used to accurately and efficiently simulate the radiative, hydrodynamic, atomic and spectroscopic properties of hot gases and plasmas.
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Software features sophisticated numerical models for performing cutting edge research, in combination with easy-to-use graphical interfaces and interactive visualization tools. These software tools are well-suited for state-of-the-art government and industrial laboratory research, as well as undergraduate and graduate student research and education projects. Much of the software is designed to run on multiple platforms, including Windows, Linux, and Mac OSX.
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Developer Team constantly partakes in research projects involving collaborations with several U. S. national laboratories (Sandia, LANL, LLNL and U. Rochester LLEetc), universities (MIT, Princeton, Oxford, Cornell, UC-Berkeley etc) and US government agencies (DOE, MDA, AFetc).
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Has become an established global leader in easy to use high energy plasma physics simulation tools such as high-fidelity radiation physics simulation tools and high-quality atomic physics databases.
Simulation Software Offerings:
HELIOS: | 1-D radiation-hydrodynamics code (w/ MHD for cyl. geometry) |
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HELIOS-CR: | HELIOS with inline non-equilibrium atomic kinetics |
SPECT3D: |
A multi-D radiation physics “post-processing” code for simulating diagnostic signatures for comparison with experimental measurements |
PrismSPECT: | “Single-cell” ionization dynamics & spectral analysis package |
VISRAD: |
3-D radiation analysis/CAD code for designing and modeling experiments at major laser facilities (OMEGA, NIF, ORION, and LMJ) |
PROPACEOS: | Code for generating material equation of state and opacity data |
PEGASYS: | Experimental data (spectra, images) analysis package |
Radiating Plasma Applications

- Commercially-driven efficient light sources
- Visible and UV sources
- Defense and energy applications (magnetic and inertial fusion)
- X-ray microscopes (water window)
- Defense and energy applications (magnetic and inertial fusion)
- Basic research (astrophysics)
- Other (Laser Induced Breakdown Spectroscopy)
User List
Major Government Research Laboratories:
- Sandia
- LANL
- LLNL
- U. Rochester (LLE)
- AFRL
- AWE (U.K.)
- RAL (U.K.)
- CEA (France)
- ILE (Japan)
- RRCAT
- IPR (India)

Universities:
- MIT
- Princeton
- Cornell
- Columbia
- Swarthmore
- Illinois
- Michigan
- Ohio State
- Wisconsin
- UW-EC
- Alabama-Huntsville
- Cal Tech
- UC-Berkeley
- Imperial College
- Oxford University
- University College Dublin
- EcolePolytechnique (France)
- Rostock University (Germany)
- Utsonomiya University (Japan)
- Pontificia Univ. (Chile)
- U. Malaya (Malaysia)

Corporations & Research Organizations:
- KLA-Tencor
- Cymer
- General Atomics
- Siemens
- Andor Technologies
- Starfire
- Voss Scientific
- General Fusion
- Media Lario
- INRS (Canada)
- HAWK(Germany)

Software Value Proposition:
Fundamental high energy plasma understanding
- Easy to use
- Designed to be up and running in hours
- High-fidelity
- Atomic level 3D models
- High-quality
- Over 10+ years of modeling experience for demanding applications
- Seamless Integration
- Designed to work together
Customer Values in Fundamental Understanding:
EUV lithographic researchers are finding significant value in using HELIOS simulations to improve efficiency of plasma generation to reduce cost – a critical need in EUV
High temperature plasma researchers are using simulations to ‘tailor’ spectral characteristics before conducing expensive experiments
Multi laser facilities are using VisRad simulations to ensure targets will radiate as needed and costly errors are eliminated
Comprehensive databases support various applications
Demo Software & Updates:
If you would like to have a demo version of one of our software products, or would like to be added to our mailing list to receive notification of code upgrades and new releases, please send us your contact information (name, mailing address, and email address) and the name of the software product you are interested in.