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John J Mikrut, Age 671077 17Th Ave, Big Flats, WI 54613

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Known as:
John Mikrut John James Mikrut John James T John T Jhon Mikrut
Related to:
Jesse Krzanowski 41 Joshua Cameron 38 Andrew Hubbard 39 Scott Mikrut 37 Kathy Schmidt 70

John Mikrut Phones & Addresses

1077 17Th Ave, Arkdale, WI 54613 (608) 564-2172

5505 99Th St, Oak Lawn, IL 60453 (708) 424-2915

New Lenox, IL

New Glarus, WI

10708 Natchez Ave, Worth, IL 60482 (708) 448-5817

Chicago, IL

La Grange, IL

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Work

Company: Specialty systems Nov 2005 Position: Certified forklift operator

Education

School / High School: Kelly High School- Chicago, IL 1973 Specialities: High School Diploma

Mentions for John J Mikrut

Resumes and CV

Resumes

John Mikrut Photo 1

Specialty Systems

Location:
1077 west 17 Dr, New Glarus, WI
Industry:
Construction
Work:
Faith Technologies, Inc.
Specialty Systems
John Mikrut Photo 2

John Mikrut

John Mikrut Photo 3

John Mikrut - Arkdale, WI

Work:
Specialty Systems Nov 2005 to Jan 2013
Certified Forklift Operator Faith Technologies - Appleton, WI Aug 2004 to Sep 2005
Press Operator Flambeau Plastics - Baraboo, WI Jun 1995 to Dec 2003 Telecomp Technologies - Chicago, IL Apr 1990 to Aug 1991
data tech Central Wisconsin Transport - Bridgeview, IL May 1977 to Feb 1989
dock hand
Education:
Kelly High School - Chicago, IL 1973
High School Diploma

Publications

Us Patents

Method And Apparatus For Monitoring And Measuring The Surface Tension Of A Fluid Using Fiber Optics

US Patent:
5303030, Apr 12, 1994
Filed:
Dec 2, 1991
Appl. No.:
7/801153
Inventors:
Bernard M. Abraham - Oak Park IL
John B. Ketterson - Evanston IL
Thomas M. Bohanon - Evanston IL
John M. Mikrut - Evanston IL
Assignee:
Northwestern University - Evanston IL
International Classification:
G01B 902
US Classification:
356345
Abstract:
A non-contact method and apparatus for measuring and monitoring the surface of a fluid using fiber optics and interferometric detection to permit measurement mechanical characteristics' fluid surfaces. The apparatus employs an alternating electric field gradient for generating a capillary wave on the surface of the fluid. A fiber optic coupler and optical fiber directs a portion of a laser beam onto the surface of the fluid, another portion of the laser beam onto the photo sensor, and directs light reflected from the surface of the fluid onto the photo sensor. The output of the photo sensor is processed and coupled to a phase sensitive detector to permit measurement of phase shift between the drive signal creating the capillary wave and the detected signal. This phase shift information is then used to determine mechanical properties of the fluid surface such as surface tension, surface elasticity, and surface inhomogeneity. The resulting test structure is easily made compact, portable, and easy to align and use.

Possible Relatives

Janusz J Mikrut  Kelly A Mikrut  John P Johnson  John J Stan  John C Stanaway  John B Stanbro  John J Stanchak  John K Stanchfield  John R Stancill  John B Standefer 

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