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- MZA Associates Corporation - Home
MZA Associates Corporation is a world leader in the modeling, analysis, design, development, integration and testing of High Energy Laser (HEL) and advanced optical systems
- MZA Associates Corporation - About Us - (Company Profile, History . . .
MZA Associates Corporation performs Directed Energy Weapons (DEW) research and analysis for a wide range of U S government projects MZA provides unique expertise in the areas of wave-optics modeling, adaptive optics systems, and scientific data acquisition, analysis, and management
- MZA Associates Corporation - Atmospheric Characterization . . .
MZA manufactures atmospheric characterization devices that can be used to establish requirements for ISR and beam control system performance The techniques utilized have been proven in multiple experiments
- MZA Associates Corporation
MZA manufactures atmospheric profiling devices that can be used to establish requirements for ISR and beam control system performance The techniques utilized have been proven in multiple experiments
- MZA Associates Corporation - Products - (Product Information . . .
MZA provides advanced solutions for a variety of technical problems We support advanced simulation and analysis, optical design and implementation, and data acquisition, analysis, and management For more information navigate to a detailed capabilities briefing and the links below
- MZA Associates Corporation
MZA manufactures atmospheric profiling devices that can be used to establish requirements for ISR and beam control system performance The techniques utilized have been proven in multiple experiments
- MZA Associates Corporation
Force Research Laboratory, MZA undertook the challenge to develop lightweight compact beam directors for high power laser applications The result has been the development of MZA's Othela line of beam directors that utilize the latest technologies in opto-mechanical materials, gimbals,
- SHaRE - (Scaling for HEL and Relay Engagement) - MZA
MZA Associates Corporation provide extensive expertise in the theoretical analysis of laser propagation and beam control performance
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