BRIAN JAMES MILLER
Pilots at Laurel Rd, Alexandria, VA
License number
Virginia A4336209
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
4413 Laurel Rd, Alexandria, VA 22309
Professional information
Brian Miller - Alexandria, VA
Work:
Huron Legal
Justice Department Submissions Covington & Burling
Hudson Legal Staffing, Team Leader Cadwalader, Wickersham
Hudson Legal Staffing, Team Leader Cadwalader, Wickersham
Document Review for Justice Department Submission Robert Half Cadwalader, Wickersham
Justice Department Submission Hudson Legal Staffing
Arnold & Porter Skadden, Arps, Slate Hogan & Hartson/Kelly Legal Staffing Milbank, Tweed
Discovery Attorney Botts
Baker Skadden, Arps Antitrust case
Arnold & Porter, Contract Attorney Brian M. Miller
Attorney Cochran & Rathbun, P.C
Trial Attorney Peterson, Pesner, Cochran & Basha, P.C
Civil Trial Attorney Cochran & Pijor, P.C
Civil Trial Attorney
Justice Department Submissions Covington & Burling
Hudson Legal Staffing, Team Leader Cadwalader, Wickersham
Hudson Legal Staffing, Team Leader Cadwalader, Wickersham
Document Review for Justice Department Submission Robert Half Cadwalader, Wickersham
Justice Department Submission Hudson Legal Staffing
Arnold & Porter Skadden, Arps, Slate Hogan & Hartson/Kelly Legal Staffing Milbank, Tweed
Discovery Attorney Botts
Baker Skadden, Arps Antitrust case
Arnold & Porter, Contract Attorney Brian M. Miller
Attorney Cochran & Rathbun, P.C
Trial Attorney Peterson, Pesner, Cochran & Basha, P.C
Civil Trial Attorney Cochran & Pijor, P.C
Civil Trial Attorney
Education:
AMERICAN UNIVERSITY, The Washington College of Law
J.D. THE GEORGE WASHINGTON UNIVERSITY
B.A. in Political Science and Philosophy
J.D. THE GEORGE WASHINGTON UNIVERSITY
B.A. in Political Science and Philosophy
Electro-Mechanical Image Converter
US Patent:
4229081, Oct 21, 1980
Filed:
Jun 26, 1978
Appl. No.:
5/919182
Inventors:
Terry L. Jones - Springfield VA
Brian S. Miller - Alexandria VA
Brian S. Miller - Alexandria VA
Assignee:
The United States of America as represented by the Secretary of the Army - Washington DC
International Classification:
H01J 2970
US Classification:
350361
Abstract:
A two-dimensional array of small, thin, flexible, metalized mirrors are mted atop supports on one side of a photoelectric layer. A visible light or infrared image on the other side of the layer induces an electron image (charge pattern) beneath the mirrors. The mirrors deflect towards the layer in accordance with the charge pattern. Light projected onto the mirrors is reflected and forms an image dependent on the deflections thereof.
Tunnel Emitter Photocathode
US Patent:
4005465, Jan 25, 1977
Filed:
May 30, 1975
Appl. No.:
5/582545
Inventors:
Brian S. Miller - Alexandria VA
Assignee:
The United States of America as represented by the Secretary of the Army - Washington DC
International Classification:
H01L 4902, H01L 2714
US Classification:
357 6
Abstract:
A method of producing a tunnel emitter photocathode consisting of heating a emiconductor layer and then depositing a layer of aluminum oxide on one side thereof at a rapid rate and then baking out the wafer in a hydrogen gas atmosphere. After depositing electrical contacts on each side of the wafer, a metallic emitter layer is evaporated over the aluminum oxide layer with the metallic emitter layer treated with a low work function material such as cesium and oxygen to further increase the emission efficiency.
Method Of Making Semiconductor Photodetector With Reduced Time-Constant
US Patent:
4291068, Sep 22, 1981
Filed:
Oct 31, 1978
Appl. No.:
5/956315
Inventors:
Terry L. Jones - Springfield VA
Brian S. Miller - Alexandria VA
Brian S. Miller - Alexandria VA
Assignee:
The United States of America as represented by the Secretary of the Army - Washington DC
International Classification:
B05D 512, H01L 2714, H01L 3100
US Classification:
427 88
Abstract:
An insulating layer on the surface of a slab of photo-responsive semicondor material is treated to produce a pattern of projections or mesas. The treatment includes the steps of producing a mask on the insulating layer using electron-beam lithography, etching holes in the layer through the mask, stripping the mask, and finishing with the usual electrical conductors on the insulating layer. An alternate embodiment etches the surface of the slab to produce a scrabrous surface, then coats with aluminum oxide and electrical conductors.