GABRIEL R GARCIA
Electrician at Gerald Dr, Las Cruces, NM
License number
Texas 348492
Expiration Date
Sep 30, 2016
Category
Apprentice Electrician
Address
Address
4558 Gerald Dr, Las Cruces, NM 88007
Phone
(575) 526-8483
Personal information
See more information about GABRIEL R GARCIA at radaris.comName
Address
Phone
4512 Shadow Ave NW, Albuquerque, NM 87114
4732 Via Verde Ct, Santa Fe, NM 87507
4300 Prospect Ave NE TRLR 30, Albuquerque, NM 87110
4219 Bryan Ave NW, Albuquerque, NM 87114
421 E Madison Ave, Lovington, NM 88260
Professional information
See more information about GABRIEL R GARCIA at trustoria.com
Gabriel Garcia - Las Cruces, NM
Gabriel Garcia - Las Cruces, NM
Work:
RDD - Las Cruces, NM
Research Associate
Research Associate
Skills:
Fluent in English and Spanish, great with computers, adapt well, Excellent under pressure, great organizer, extraordinary ideas, good with people, handyman, driving skills are up to par, cooking, Excellent at sports, reading, always on time, fast learner
Method Of Noncontacting Ultrasonic Process Monitoring
Method Of Noncontacting Ultrasonic Process Monitoring
US Patent:
5103676, Apr 14, 1992
Filed:
Jan 17, 1991
Appl. No.:
7/642578
Inventors:
Gabriel V. Garcia - Las Cruces NM
John B. Walter - Ammon ID
Kenneth L. Telschow - Idaho Falls ID
John B. Walter - Ammon ID
Kenneth L. Telschow - Idaho Falls ID
Assignee:
The United States of America as represented by the United States
Department of Energy - Washington DC
Department of Energy - Washington DC
International Classification:
G01N 2902
US Classification:
73597
Abstract:
A method of monitoring a material during processing comprising the steps of (a) shining a detection light on the surface of a material; (b) generating ultrasonic waves at the surface of the material to cause a change in frequency of the detection light; (c) detecting a change in the frequency of the detection light at the surface of the material; (d) detecting said ultrasonic waves at the surface point of detection of the material; (e) measuring a change in the time elapsed from generating the ultrasonic waves at the surface of the material and return to the surface point of detection of the material, to determine the transit time; and (f) comparing the transit time to predetermined values to determine properties such as, density and the elastic quality of the material.