GEORGE ARTHUR BLAIR, MD
Psychiatric at Motor Ave, Los Angeles, CA
License number
California C41463
Category
Psychiatric
Type
Psychiatry
Address
Address
3760 Motor Ave SUITE 208, Los Angeles, CA 90034
Phone
(310) 204-1057
(310) 204-1253 (Fax)
(310) 204-1253 (Fax)
Personal information
See more information about GEORGE ARTHUR BLAIR at radaris.comName
Address
Phone
525 W El Norte Pkwy SPC 118, Escondido, CA 92026
41 Castleford Pl, Danville, CA 94526
4043 1St Ave APT 2B, San Diego, CA 92103
839 N Genesee Ave, Los Angeles, CA 90046
2715 Gregory St, San Diego, CA 92104
Professional information
Account Manager
Position:
Account Manager at Kforce Technology
Location:
Greater Los Angeles Area
Industry:
Staffing and Recruiting
Work:
Kforce Technology
since Oct 2009
-
Account Manager
Education:
California State University-San Bernardino 2002 - 2005
Bachelor's, Computer Science, Music
Bachelor's, Computer Science, Music
Owner, Checkpoint Inspection Service
Position:
Owner at Checkpoint Inspection Service
Location:
Greater Los Angeles Area
Industry:
Real Estate
Work:
Checkpoint Inspection Service
since Jan 1990
-
Owner
Dr. George A Blair, Los Angeles CA - MD (Doctor of Medicine)
Specialties:
Psychiatry
Address:
George A Blair MD
3760 Motor Ave SUITE 208, Los Angeles 90034
(310) 204-1057 (Phone)
Exodus Recovery
923 S Catalina Ave SUITE A, Redondo Beach 90277
(310) 792-5454 (Phone)
3760 Motor Ave SUITE 208, Los Angeles 90034
(310) 204-1057 (Phone)
Exodus Recovery
923 S Catalina Ave SUITE A, Redondo Beach 90277
(310) 792-5454 (Phone)
Languages:
English
Education:
Medical School
Indiana University / School of Medicine
Graduated: 1983
Indiana University / School of Medicine
Graduated: 1983
George Arthur Blair, Los Angeles CA
Specialties:
Psychiatrist
Address:
3760 Motor Ave, Los Angeles, CA 90034
Multiply Coated Metallic Clad Fiber Optical Waveguide
US Patent:
4418984, Dec 6, 1983
Filed:
Nov 3, 1980
Appl. No.:
6/203762
Inventors:
Joseph A. Wysocki - Oxnard CA
George R. Blair - Culver City CA
Michael R. Vince - Pollock Pines CA
George R. Blair - Culver City CA
Michael R. Vince - Pollock Pines CA
Assignee:
Hughes Aircraft Company - El Segundo CA
International Classification:
G02B 110, G02B 514, G02B 5172, C03C 2504
US Classification:
350 9633
Abstract:
There is disclosed a metallic clad glass fiber optical waveguide suitable for use as a high-strength optical transmission line, e. g. , for high capacity communications systems and for sensors operating at high temperature. At least two metallic claddings or coatings are formed on the glass waveguide structure, which comprises a core and glass cladding, by coating the glass fiber with at least one of the metallic coatings as it emerges from the furnace with a metal or alloy. The first metal or alloy employed is one that is substantially chemically inert with respect to the material comprising the glass fiber at the deposition temperature during coating of the metal or alloy onto the glass fiber. The second metallic coating may be of the same composition as the first, in order to repair pinholes or to increase the thickness. Alternatively, the second metallic coating may be of a different composition than the first in order to provide the waveguide with mechanical properties that are different than either layer alone could provide.
Method And Apparatus For Forming Metal Coating On Glass Fiber
US Patent:
4321073, Mar 23, 1982
Filed:
Oct 15, 1980
Appl. No.:
6/197367
Inventors:
George R. Blair - Culver City CA
Assignee:
Hughes Aircraft Company - Culver City CA
International Classification:
C03C 2502
US Classification:
65 331
Abstract:
Glass fibers employed as optical waveguides are provided with a metal coating by passing the glass fiber, following its formation, through a chamber into which a metal-containing compound is introduced. A source of radiant energy, e. g. , a CO. sub. 2 laser, is introduced by means that are controllably positioned from the glass fiber, e. g. , an infrared-transmitting fiber such as thallium bromo-iodide. The radiant energy is sufficient to cause dissociation of the metal-containing compound on the glass fiber surface so as to form the metal coating on the glass fiber without coating the rest of the apparatus. Any metal compound may be used such as metal carbonyls, metal halides, metal alkyls, metal aryls, metal olefins, metal esters, metal nitro compounds, metal hydrides and combinations and mixtures thereof.