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Matter / Composite materials / Plastics / Thermoplastics / Carbon / Polyacrylonitrile / Fiber / Acrylic fiber / Ultimate tensile strength / Synthetic fibers / Chemistry / Materials science


IV.F.1 Melt Processable PAN Precursor for High-Strength, Low-Cost Carbon Fibers (Phase II) over conventional approaches. (Formulation development had been deferred in late Phase I in order to demonstrate feasibility of m
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Document Date: 2014-11-10 15:40:44


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City

Blacksburg / /

Company

Oak Ridge National Laboratory / Fue Xiong Oak Ridge National Laboratory / /

Country

United States / /

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Event

FDA Phase / /

Facility

Carbon Fiber Technology Facility / State University / Subcontractor Virginia Polytechnic Institute / /

IndustryTerm

less expensive processing technologies / pressure gas storage systems / aerospace products / conversion technologies / shrinkage management / conversion protocols / chemical formulations / wet-spun products / high-pressure gas storage / highstrength carbon fiber products / chemical formulation work / carbon fiber manufacturing / continuous conversion processing / conversion protocol / manufacturing processes / chemical formulation development work / technology transfer / energy / /

Organization

State University / Virginia Tech / VT PAN / Polytechnic Institute / Processing Lab / /

Person

Judy Riffle / Donald G. Baird / G.L. Wilkes / V / Vinayak Bhanu / Ken Yarborough / Raymond S. Acrylic / Sue Mecham / James C. Fibers / Capone / Bob Norris / Soydan Ozcan / Felix L. Paulauskas / James E. McGrath / Grace Ordaz / /

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Position

Technical Barriers DOE Manager / Manager High-strength carbon fibers / /

Product

Precursor / /

ProvinceOrState

Tennessee / Virginia / /

Technology

utilizing conversion protocol / less expensive processing technologies / conversion technologies / conversion protocol / polymerization / conversion protocols / Fuel Cells / Fuel Cell Technologies / /

SocialTag