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Thierry T Trial

from Carlisle, PA
Deceased
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Also known as:
Thierry Timothy Trial, Tim T Trial, Tim Trial Thierry, Timothy Trial, Sherri Trial, Mt Trial I
Phone and address:
424 West St, Carlisle, PA 17013
(717) 341-7820
Related to:
Cyrus M Trial, 24Emily Trial, 37Sherri Trial, 62
Connected to:
Greg A Trial, 31Julia L Trial, 70John A Trials, 64Christopher A Trian, 35Albert P Triana, 57Alvaro Triana, 68Andrew P Triana, 38Angie S Triana, 36Arist M Triana, 46Danielle R Triana, 50

Thierry Trial Phones & Addresses

  • 424 West St, Carlisle, PA 17013 (717) 341-7820
  • 2701 Beltline Blvd, Forest Acres, SC 29206
  • Columbia, SC
  • Kyle, TX
  • 303 Radiance Ave, San Antonio, TX 78218
  • Hattiesburg, MS
  • 424 S West St, Carlisle, PA 17013

Work

Company: Nexans amercable Nov 2013 Position: Director materials development

Education

School / High School: The University of Southern Mississippi Dec 1996 Specialities: Ph.D.

Industries

Research

Resumes

Resumes

Thierry Trial Photo 1

Research And Development Manager At Ecore International

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Position:
Research and Development Manager at ECORE International
Location:
Harrisburg, Pennsylvania Area
Industry:
Research
Work:
ECORE International since Dec 2008
Research and Development Manager
Carlisle SynTec Nov 2002 - Dec 2008
Polymer Scientist
Pirelli Cables Nov 1996 - Nov 2002
Senior Materials Development Chemist
Education:
University of Southern Mississippi 1991 - 1996
Ph.D., Chemistry, Polymer Science Texas State University-San Marcos 1989 - 1991
B.S., Chemistry
Thierry Trial Photo 2

Thierry Trial Carlisle, PA

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Work:
Nexans Amercable

Nov 2013 to 2000
Director Materials Development
Ecore International

2011 to Nov 2013
Director of Research Development
Ecore International

2009 to 2011
Research and Development Manager
Carlisle SynTec Inc

2002 to 2008
Polymer Scientist
Pirelli Cables and Systems North America

1999 to 2002
Senior Research Chemist
Pirelli Cables and Systems North America

1996 to 1999
Materials Development Chemist
University of Southern Mississippi

1991 to 1996
Research Assistant
Education:
The University of Southern Mississippi
Dec 1996
Ph.D.
Southwest Texas State University
San Marcos, TX
May 1991
B. S. in Chemistry

Publications

Us Patents

Crosslinked Conducting Polymer Composite Materials And Method Of Making Same

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US Patent:
6569937, May 27, 2003
Filed:
Jul 19, 2001
Appl. No.:
09/908926
Inventors:
Stephen H. Foulger - Lexington SC
Jeffrey M. Quinn - Columbia SC
Thierry T. Trial - Columbia SC
Assignee:
Pirelli Cables and Systems, LLC - Lexington SC
International Classification:
C08K 304
US Classification:
524496, 524495, 524500, 524524, 252500, 252510, 252511, 252502
Abstract:
A conducting polymer composite that is crosslinked comprising a semicrystalline polymer minor phase with conducting filler material dispersed therein in an amount sufficient to generate a continuous conductive network in the minor phase, and which is mixed with major phase polymers, the materials being selected such that the minor phase and major phases will not engage in electrostatic interactions that promote miscibility. The minor phase being dispersed in the major phase in an amount sufficient to generate a continuous conductive network in the composite material. The composite material is crosslinked by physical or chemical means. The crosslinked conducting polymer composite having a reduced amount of conducting filler while supporting a continuous conductive network in the crosslinked polymer composite.

Self Repairing Roof Membrane

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US Patent:
20090100775, Apr 23, 2009
Filed:
Oct 18, 2007
Appl. No.:
11/874828
Inventors:
Thierry Timothy Trial - Carlisle PA, US
Assignee:
CARLISLE INTANGIBLE COMPANY - Syracuse NY
International Classification:
E04D 5/10
US Classification:
52408, 523091
Abstract:
A self repairing roof membrane includes a water impervious layer such as EPDM covering a layer including a water swellable polymer. Preferably, the water swellable polymer is bound to a nonwoven web. If a tear is formed through the membrane, water that passes through the tear will be absorbed by the water swellable polymer, which will form a hydrogel and plug the tear.

Crosslinked Conducting Polymer Composite Materials And Method Of Making Same

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US Patent:
62848321, Sep 4, 2001
Filed:
Oct 23, 1998
Appl. No.:
9/178140
Inventors:
Stephen H. Foulger - Lexington SC
Jeffrey M. Quinn - Columbia SC
Thierry T. Trial - Columbia SC
Assignee:
Pirelli Cables and Systems, LLC - Lexington SC
International Classification:
C08K 304
US Classification:
524496
Abstract:
A conducting polymer composite that is crosslinked comprising a semicrystalline polymer minor phase with conducting filler material dispersed therein in an amount sufficient to generate a continuous conductive network in the minor phase, and which is mixed with major phase polymers, the materials being selected such that the minor phase and major phases will not engage in electrostatic interactions that promote miscibility. The minor phase being dispersed in the major phase in an amount sufficient to generate a continuous conductive network in the composite material. The composite material is crosslinked by physical or chemical means. The crosslinked conducting polymer composite having a reduced amount of conducting filler while supporting a continuous conductive network in the crosslinked polymer composite.
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Thierry T Trial from Carlisle, PADeceased Get Report