- MZA Associates Corporation - Home
Headquartered in Albuquerque, New Mexico, with offices in Dayton, Ohio, MZA provides research and development services to defense and aerospace customers in support of advanced beam control systems, atmospheric characterization, and optical systems engineering
- 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 - 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
- MZA Associates Corporation - News - (MZA News)
Overview History MZA 20 20 MZA's Business Card Flying 40 MZA Booth AOS News
- MZA Associates Corporation
MZA is a small business that specializes in the modeling, simulation, and analysis (MS A), design, development, engineering, and testing of advanced optical and control systems for High Energy Laser Weapon Systems (HELWS) and advanced surveillance systems (ISR)
- MZA Associates Corporation
MZA's Laser Sentinal concept employs advanced coated optics to overlap four 1 5 kW high-efficiency and high-quality fiber lasers to create a 22 cm diameter output beam effective against surveillance systems and soft targets up to 10 km away
- 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 Analytical methods are the basis of system performance scaling laws that model the anticipated performance of a laser projection, imaging, and adaptive-optics system given diverse laser, environment, and
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