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Tadeusz M Babij

from Davie, FL
Age ~90
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Related to:
Wojciech J Babij, 62Krystyna A Babij, 92
Connected to:
Frances L Babij, 48Joseph J Babij, 62Lauren Babij, 46Barbara Babik, 52Courtney M Babik, 41Edward J Babik, 61Mark A Babik, 58Pamela S Babik, 42Patrycja Babik, 31Mallory R Babika, 37

Tadeusz Babij Phones & Addresses

  • 1931 Sabal Palm Dr APT 201, Davie, FL 33324 (954) 554-0251
  • Haverhill, MA
  • 1931 Sabal Palm Blvd, Ft Lauderdale, FL 33324 (954) 475-7267
  • Fort Lauderdale, FL
  • Azusa, CA
  • Bethesda, MD
  • Azusa, CA
  • 1931 Sabal Palm Dr APT 201, Davie, FL 33324 (407) 641-9969

Work

Company: Florida international university Position: Professor

Education

Degree: Graduate or professional degree

Languages

Polish

Interests

Grandkids • Exercise • Sweepstakes • Home Improvement • Donor • Reading • Gourmet Cooking • Sports • Golf • Food • Home Decoration • Health • Photograph • Cooking • Electronics • Outdoors • Crafts • Fitness • Music • Dogs • Movies • Collecting • Medicine • Diet • Walking • Travel • Wine • Career • Boating • Investing • Traveling • Self Improvement

Industries

Higher Education

Resumes

Resumes

Tadeusz Babij Photo 1

Professor

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Location:
1931 Sabal Palm Dr, Davie, FL 33023
Industry:
Higher Education
Work:
Florida International University
Professor
Interests:
Grandkids
Exercise
Sweepstakes
Home Improvement
Donor
Reading
Gourmet Cooking
Sports
Golf
Food
Home Decoration
Health
Photograph
Cooking
Electronics
Outdoors
Crafts
Fitness
Music
Dogs
Movies
Collecting
Medicine
Diet
Walking
Travel
Wine
Career
Boating
Investing
Traveling
Self Improvement
Languages:
Polish

Publications

Us Patents

Electric Field And Temperature Probe

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US Patent:
51138646, May 19, 1992
Filed:
Apr 29, 1988
Appl. No.:
7/188043
Inventors:
Mark J. Hagmann - Miami FL
Tadeusz M. Babij - Fort Lauderdale FL
Assignee:
Florida International University - Miami FL
International Classification:
A61B 505
US Classification:
1286531
Abstract:
A catheter is used to insert a probe into a tumor undergoing hyperthermia treatment. The probe is designed to isotropically measure the electric field and temperature in the tumor during the hyperthermia treatment. The probe is constructed on a triangular prism and includes a dipole on each prism face oriented at an angle of 54. 74 degrees relative to the axis of the prism. Each dipole includes rectifier means therein and the three dipoles are coupled serially using high resistivity lead means. In addition, high resistivity leads are used to couple the dipoles to a high input impedance amplifier. A pair of thermistors are coupled between the three dipoles, and high resistance lead means couple the thermistors to high input impedance amplifiers. A current source is used to provide current to the thermistors in a time shared manner when the electric field is not being measured. The probe may have a pair of beryllium oxide or diamond layers attached to the ends thereof against which the thermistors may be positioned.

Personal Dosimeter

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US Patent:
49131532, Apr 3, 1990
Filed:
Nov 13, 1987
Appl. No.:
7/120076
Inventors:
Mark J. Hagmann - Miami FL
Tadeusz M. Babij - Fort Lauderdale FL
Assignee:
Florida International University - Miami FL
International Classification:
A61B 504
US Classification:
128653R
Abstract:
A current detector for detecting the high frequency current flowing in a conductor includes a coil of high resistivity material wound around an non-ferromagnetic core. The coil is arranged in a substantially closed loop configuration around the conductor carrying the current to be measured. The ratio of the winding spacing to the cross sectional area of the coil is maintained constant over the length of the winding. A shield of high resistivity material surrounds the coil and is spaced from the coils and the shield has a gap oriented along an azimuth of the closed loop winding and directed orthogonal to the net current direction of the current induced in the coil. The ends of the coil are coupled to a high impedance voltage detector through high resistivity leads and a relatively low value resistor is coupled between the leads to reduce the quality factor. The current detector may be used to detect current flowing in a human body due to the absorption of high frequency incident radiation as an indication of the specific absorption rate of such radiation.

High Frequency Ammeter

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US Patent:
48976008, Jan 30, 1990
Filed:
Nov 13, 1987
Appl. No.:
7/122201
Inventors:
Mark J. Hagmann - Miami FL
Tadeusz M. Babij - Fort Lauderdale FL
Assignee:
Florida International University - Miami FL
International Classification:
G01R 122
H01F 1504
US Classification:
324127
Abstract:
A current detector for detecting the high frequency current flowing in a conductor includes a coil of high resistivity material wound around an non-ferromagnetic core. The coil is arranged in a substantially closed loop configuration around the conductor carrying the current to be measured. The ratio of the winding spacing to the cross sectional area of the coil is maintained constant over the length of the winding. A shield of high resistivity material surrounds the coil and is spaced from the coils and the shield has a gap oriented along an azimuth of the closed loop winding and directed orthogonal to the net current direction of the current induced in the coil. The ends of the coil are coupled to a high impedance voltage detector through high resistivity leads and a relatively low value resistor is coupled between the leads to reduce the quality factor. The current detector may be used to detect current flowing in a human body due to the absorption of high frequency incident radiation as an indication of the specific absorption rate of such radiation.

Wikipedia

Tadeusz Babij wolna encyklopedia

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Tadeusz Babij (ur. 31 marca 1951 w Szprotawie) polski byy pikarz wystpowa na pozycji pomocnika, trener i dziaacz sportowy. W Ekstraklasie rozegra 35 ...
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Tadeusz M Babij from Davie, FL, age ~90 Get Report