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Gennady M Ozeryansky

from Cheshire, CT
Age ~79
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Also known as:
Gennady N Ozeryansky, Gemmady M Ozeryansky, Gennady M Ozeryanskaya, Ludmila Ozeryansky
Phone and address:
39 Newbridge Cir LOT 6, Cheshire, CT 06410
(203) 228-8294
Related to:
Ludmila Ozeryansky, 78Dmitry Ozeryansky, 56Sarra Ozeryanskaya
Connected to:
Chester H Ozga, 80Jason A Ozga, 50Mariusz W Ozga, 34Sharon F Ozga, 81Ali I Ozgenc, 51Mustafa R Ozgu, 81Katherine S Ozguc, 36Erol R Ozgur, 55Lenna D Ozgur, 48Mustafa R Ozgur, 57

Gennady Ozeryansky Phones & Addresses

  • 39 Newbridge Cir LOT 6, Cheshire, CT 06410 (203) 228-8294
  • 39 Newbridge Cir, Cheshire, CT 06410
  • Newark, NJ

Work

Company: Supramag Position: Engineer

Industries

Research

Resumes

Resumes

Gennady Ozeryansky Photo 1

Engineer At Supramag

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Position:
Engineer at Supramag
Location:
Greater New York City Area
Industry:
Research
Work:
Supramag
Engineer

Publications

Us Patents

Microfabrication Method Based On Metal Matrix Composite Technology

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US Patent:
7045069, May 16, 2006
Filed:
Nov 6, 2003
Appl. No.:
10/702856
Inventors:
Gennady Ozeryansky - Cheshire CT, US
International Classification:
H01L 21/00
C23F 1/00
US Classification:
216 11, 216 2, 216 7, 216 8, 216 9, 430320, 428606, 428611, 428614
Abstract:
A method of fabricating microstructural components, microparts assemblies and microparts is disclosed. The method includes fabricating a unidirectional metal matrix composite made of materials selected to allow precise etching of different structural elements of the given composite without damage to each other. Cutting a composite to form slices or sections. Etching a matrix entirely out will produce wide assortment of microparts. Partial removal of matrix will form an array of microprotrusions protruding from a substrate. Etching out the microprotrusions cores will form hollow microprotrusions. The method of invention is suitable for fabricating of variety of microcomponents. For example: microneedles—a medical microdevice component having micron features, arrays of high strength micropins and micropunches, and precisely controlled unique microstructural surfaces.

Method Of Production For Multifilament Niobium-Tin Superconductors

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US Patent:
51670615, Dec 1, 1992
Filed:
Sep 12, 1991
Appl. No.:
7/758767
Inventors:
Gennady Ozeryansky - Cheshire CT
Assignee:
Advanced Superconductors Inc. - Waterbury CT
International Classification:
H01L 3924
US Classification:
29599
Abstract:
A process for producing a niobium-tin superconductor wire made from a multifilament composite via the internal tin approach is provided for. In particular, a process of preparing such a wire via an internal tin tube surrounded by a diffusion barrier and a stabilizer, this results in a drawn wire product have improved properties and lower cost.

Method Of Production For Multifilament Niobium-Tin Superconductors

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US Patent:
51271494, Jul 7, 1992
Filed:
Feb 26, 1990
Appl. No.:
7/485301
Inventors:
Gennady Ozeryansky - Cheshire CT
Assignee:
Advanced Superconductors, Inc. - Waterbury CT
International Classification:
H01L 3924
US Classification:
29599
Abstract:
A process for producing a niobium-tin superconductor wire made from a multifilament composite via the internal tin approach is provided for. In particular, a process of preparing such a wire via an internal tin tube surrounded by a diffusion barrier and a stabilizer, this results in a drawn wire product have improved properties and lower cost.

Process For Producing Monocore Precursor Nb.sub.3 Sn Superconductor Wire

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US Patent:
49733656, Nov 27, 1990
Filed:
Jun 6, 1989
Appl. No.:
7/362231
Inventors:
Gennady Ozeryansky - Cheshire CT
Bruce A. Zeitlin - Cheshire CT
Assignee:
Advanced Superconductors, Inc. - Waterbury CT
International Classification:
H01L 3900
H01L 3924
US Classification:
148 115F
Abstract:
The process for preparing a precursor Nb. sub. 3 Sn superconductor wire first assembling a billet comprising Nb rods surrounded by Cu material. A barrier material such as Nb is placed around the Cu and an outer stabilizer tube encases the billet. The billet is then preferably hot compacted after which it is extruded at an elevated temperature. A Sn rod is placed in the center of the billet and the entire composite is then drawn and twisted to the final size desired.
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Gennady M Ozeryansky from Cheshire, CT, age ~79 Get Report