Organizational Unit:
School of Materials Science and Engineering

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Publication Search Results

Now showing 1 - 10 of 97
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Detection of Percolating Paths in PMMA/CB Segregated Network Composites Using EFM and C-AFM

2009-07-30 , Waddell, Jacob , Ou, Runqing , Gupta, Sidhartha , Parker, Charles A. , Gerhardt, Rosario A. , Seal, Katya , Kalinin, Sergei V. , Baddorf, Arthur P.

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Recycling, Sustainability and the Environment

2004-05-11 , Wang, Youjiang

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Recycled Product Market Development

2004-05-11 , Banik, Gouranga

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Regional Fiber Recycling System

2004-05-10 , Realff, Matthew J.

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Electrical Characterization of Thin Films at the Nanoscale

2009-05 , Gerhardt, Rosario A. , Kumar, Surajit

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Processes of Converting Multi-fiber Textile Waste into Products

2004-05-11 , Langley, Kenneth , Kim, Yong K.

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Biodegradable Composite Nonwoven Materials Based on Recyclable Cotton Textiles

2004-05-11 , Negulescu, Ioan , Chen, Yan , Robeck, Jacquelene , Zhang, Xiaoqun , Sun, Liangfeng

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Modern Solutions for Shredding, Grinding and Repelletizing Post-Industrial Fiber, Nonwovens and Carpet Scrap

2004-05-11 , Strzelecki, Chris

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Textile Products from Alternative Fibers

2004-05-11 , George, Brian R. , Bockarie, Anne , Bieak, Nicole , Evazynajad, Ali , Kar, Adnan , Veluswamy, Sathpurushan , McBride, Holly

Fibers from non-traditional textile sources have the potential to offer novel properties at a reduced cost compared to traditional textile fibers. Two different non-traditional textile fibers, turkey feather fibers and peanut hull fibers, have been explored to determine their suitability in textile products. Turkey feather fibers have been blended with nylon fibers to produce rotor spun yarns as well as formed into latex bonded nonwoven fabrics which were evaluated for utilization as erosion control fabrics. Peanut hull fibers were also evaluated for use as nonwoven erosion control fabrics. Although both fibers are too stiff to be easily processed on traditional textile equipment, they can be processed with nonwovens equipment and successfully produced into nonwoven fabrics. Both fibers, as nonwoven fabrics can offer properties comparable to commercial erosion control fabrics.

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Plastics Recycling and Integrated Waste Management

2004-05-10 , Verma, Sushil