Search

Gerald Mikucki Phones & Addresses

  • New Egypt, NJ
  • Richland, NY
  • Orwell, NY
  • 42 Cornell Dr, Delran, NJ 08075 (856) 461-8468
  • Moorestown, NJ
  • Long Branch, NJ
  • Cinnaminson, NJ

Publications

Us Patents

Electromagnetic Radiation Monitor

View page
US Patent:
6693536, Feb 17, 2004
Filed:
Oct 31, 2001
Appl. No.:
10/016583
Inventors:
John August Bauer Jr. - Indian Mills NJ
Gerald Francis Mikucki - Delran NJ
David Staiman - Cinnaminson NJ
Paul Douglas Hammond - Mt. Laurel NJ
Assignee:
Lockheed Martin Corporation - Bethesda MD
International Classification:
G08B 1326
US Classification:
340561, 340600, 340521, 340522, 340567, 324 96, 324501, 2504931, 2504941
Abstract:
A site or vehicle which includes a plurality of electromagnetic radiators monitors the radiation by the use of a plurality of broadband sensors spaced about the potential radiation site or vehicle. Each of the sensors produces signals indicative of the sensed power, and process the signals for transmission over a data network. The system also includes a processing system which receives the signals indicative of the sensed power from all of the sensors, and processes the signals to determine whether radiation levels are within the established values. The signals may be processed either at the sensors or at the processing system to form average or peak power determinations. The power levels are continuously compared with threshold levels. When the threshold is exceeded, warnings may be given, or automatic shutdown of the radiator may be instituted ( ).

Phase Scan Antenna Array

View page
US Patent:
47853042, Nov 15, 1988
Filed:
Nov 20, 1986
Appl. No.:
6/932860
Inventors:
Richard A. Stern - Allenwood NJ
Richard W. Babbitt - Fairhaven NJ
Gerald F. Mikucki - Cinnaminson NJ
Assignee:
The United States of America as represented by the Secretary of the Army - Washington DC
International Classification:
H01Q 1310
US Classification:
343770
Abstract:
A phase scan antenna array for planar radar scanning in a single plane with pencil-shaped beam is provided comprising a plurality of ferrite rod line source antennas. Each rod antenna has a plurality of beam-emitting slots spaced along one side thereof and is end fed in phase with the other antennas from a single hollow metallic waveguide by means of coupling slots in the waveguide which are spaced apart one wavelength of the radar frequency. The rods are mounted in a two-dimensional columnar array with the beam-emitting slots of each rod aligned in rows with the corresponding slots of the other rods by a mounting member having a plurality of mutually-parallel slots in which the rods are disposed. The walls of the mounting member slots suppress Faraday rotation of the waves in the rods and the bottom of the slots enhance the single beam emitted from the face of the array. The array rods are simultaneously magnetically biased by a plurality of serially-interconnected biasing coils which are helically wound around the mounting member and disposed between the rows of beam-emitting rod slots.
Gerald F Mikucki from New Egypt, NJ, age ~63 Get Report