Pulsed Power

Physics and Testing |

• Weapons Effects
• Systems Engineering
• Large Scale Modeling
• Structural Response Analysis
• Explosive Systems
• Ultra Fast Closure Valve Systems
• Shock Physics Analysis
• Sensor Development
• Specialty Instrumentation
  

Systems Engineering

Systems Engineering Capabilities

Raytheon Ktech’s system engineers use our analysis and test capabilities to perform survivability, lethality and vulnerability assessments; requirements analyses; functional analyses/allocations; and failure analyses.

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WEAPON SYSTEM EVALUATIONS

• Science-based stockpile stewardship methodology
• Hostile environment specifications
• Experiment design, fabrication, conduct and analysis
• Material structure model development, verification and validation

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RADIATION TRANSPORT, SHIELDING AND EFFECTS ASSESSMENTS

Raytheon Ktech's suite of state-of-the-art radiation transport codes allow a detailed definition of threat and test environments.

This CEPXS calculation of x-ray filter transmission is representative of Raytheon Ktech's capabilities.

Phenomena	Component Response	Computer Code	Description of Analysis Method
Radiation Transport (0.1 ns)	Low Energy Photons Energy Deposition Rad Driven Current	CEPXS Integrated Tiger Series(TTS) PUFF-TFT	Discrete ordinates, photon and electron transport with secondary electron scatter 1, 2, 3D Monte Carlo photon and electron transport with secondary electron scatter Thin multislab, analytical diffusion equations, secondary electron scattering, heat flow (developed by Raytheon Ktech)
	Gammas & Neutron	NEWBUC MORSE MCNP	Buckle upgrade for gammas, includes pair prodiction Monte Carlo, 3D geometry gamma generation Gamma Neutron
	Electron	CEPXS	Discrete ordinates, photon and electron transport with secondary electron scatter
	LASERS	ITS	1, 2, 3D Monte Carlo photon and electron transport with secondary electron scatter
	ions	PROTRAN	Analytic ion transport (developed by Raytheon Ktech) Monte Carlo technique