MR. WILLIAM CLARK, ATC
Athletic Trainer at Silverbrook Rd, Lorton, VA

5449904, Sep 12, 1995

Nov 30, 1994

8/351202

Mary J. Miller - Springfield VA
Gregory J. Salamo - Fayetteville AR
William W. Clark - Lorton VA
Gary L. Wood - Centerville VA
Edward J. Sharp - Fredericksburg VA
Brian D. Monson - Tulsa OK

The United States of America as represented by the Secretary of the Army - Washington DC

H01J 314, H01J 516, H01J 4014

250216

A passive broadband sensor protection and enhancement system and technique. ncident light is focused with a cylindrical lens on the optical axis into an intense light strip onto the input face of a photorefractive crystal on the optical axis. The crystal includes optional anti-reflection coatings proximate to the input and output face. A broadband high reflection coating is proximate to the input face for reflection of all radiation from approximately 0. 68 to at least out to 1. 5 micrometers wavelength. Light exiting from the output face of the crystal results from a photorefractive process that includes a transmitted beam and beam fan. The beam fan is fanned out of the optical path in a direction determined by the c-axis, dominant electro-optic coefficient, and charge carriers participating in the photorefractive process. The transmitted beam contains only incoherent radiation as input to a sensitive detector resulting in broadband multiline protection from the visible spectrum for substantially all pulsewidths and cw lasers, with enhanced time response and interaction length.

5317442, May 31, 1994

Jul 29, 1993

8/098999

Edward J. Sharp - Fredericksburg VA
Gary L. Wood - Centreville VA
William W. Clark - Lorton VA
Gregory J. Salamo - Fayetteville AR

The United States of America as represented by the Secretary of the Army - Washington DC

H04B 1000

359170

A universal IFF technique and system utilizes a real-time communication l established between both parties allowing the approximate immediate transferral of digital information with positive direction and identification of both parties achieved. A pump laser emits a first signal at a first position and a remote laser beacon emits a second signal at a second position, both signals at nominally the same wavelength. A MPPCM receives the first signal which establishes a beam fan. The MPPCM and first signal scans about a region of interest to intercept the second signal. The second signal provides a second input signal into the MPPCM so that a two-way phase conjugation signal builds up and lock-on is established.

5739950, Apr 14, 1998

Sep 1, 1989

7/411157

Gary L. Wood - Fairfax VA
William W. Clark - Lorton VA
Byong H. Ahn - Springfield VA
Edward J. Sharp - Fredericksburg VA

G02B 520

359359

A trilaminar semiconductor device is placed at an intermediate focus is an optical instrument having a sensitive photodetector. The layers of the device are successively in the form of a two-photon absorber, a sacrificial layer, and a multiple quantum well. The composition of the semiconductor is varied in the layers to achieve the desired bandgap and function.