JOHN R ELLIOTT
Vehicle Board in Pittsburgh, PA
License number
Pennsylvania MV038091L
Category
Vehicle Board
Type
Vehicle Salesperson
Address
Address
Pittsburgh, PA 15210
Personal information
See more information about JOHN R ELLIOTT at radaris.comName
Address
Phone
5042 Walton Rd, Finleyville, PA 15332
508 Highland Ave, Canonsburg, PA 15317
4 Cecil Dr, Dunbar, PA 15431
100 Allison Dr, Horsham, PA 19044
Professional information
President, Elliott Marketing Group
Position:
President at Elliott Marketing Group
Location:
Greater Pittsburgh Area
Industry:
Marketing and Advertising
Work:
Elliott Marketing Group
since 1999
-
President
DMW Direct
1997 - 1999
-
Senior V.P., Database Marketing
Highmark Blue Cross Blue Shield
1993 - 1997
-
Director, Retail Marketing and Underwriting
Promises Kept
1990 - 1993
-
President
Education:
SUNY at Buffalo 1977 - 1979
MBA, Management Buffalo State College 1973 - 1976
MS, Exceptional Education Lehigh University 1969 - 1973
BA, English and Psychology
MBA, Management Buffalo State College 1973 - 1976
MS, Exceptional Education Lehigh University 1969 - 1973
BA, English and Psychology
Modular Multi-Element High Energy Particle Detector
US Patent:
4891522, Jan 2, 1990
Filed:
Oct 11, 1988
Appl. No.:
7/255729
Inventors:
Darryl D. Coon - Pittsburgh PA
John P. Elliott - Pittsburgh PA
John P. Elliott - Pittsburgh PA
Assignee:
Microtronics Associates, Inc. - Pittsburgh PA
International Classification:
G01T 124
US Classification:
25037010
Abstract:
Multi-element high energy particle detector modules comprise a planar heavy metal carrier of tungsten alloy with planar detector units uniformly distributed over one planar surface. The detector units are secured to the heavy metal carrier by electrically conductive adhesive so that the carrier serves as a common ground. The other surface of each planar detector unit is electrically connected to a feedthrough electrical terminal extending through the carrier for front or rear readout. The feedthrough electrical terminals comprise sockets at one face of the carrier and mating pins porjecting from the other face, so that any number of modules may be plugged together to create a stack of modules of any desired number of radiation lengths. The detector units each comprise four, preferably rectangular, p-i-n diode chips arranged around the associated feedthrough terminal to form a square detector unit providing at least 90% detector element coverage of the carrier. Integral spacers projecting from the carriers extend at least partially along the boundaries between detector units to space the p-i-n diode chips from adjacent carriers in a stack.