Search Results - "Cohenour, Rebecca"

Radiation-Induced Cross-Linking in a Silica-Filled Silicone Elastomer As Investigated by Multiple Quantum 1H NMR by Maxwell, Robert S, Chinn, Sarah C, Solyom, David, Cohenour, Rebecca

“…DC745 is a commercially available silicone elastomer consisting of dimethyl, methyl−phenyl, and vinyl−methyl siloxane monomers cross-linked with a peroxide…”
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Responding to Increased Regulation of the Food Service Industry: A Practical Analysis of Supply Chain Solutions for Franchisors and Franchisees by Lauer, Susan, Cohenour, Rebecca

“…The national focus on health care costs, especially with implementation of Obamacare, leaves little doubt that the food service industry can expect even more…”
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The effects of γ-radiation on the thermal, mechanical, and segmental dynamics of a silica filled, room temperature vulcanized polysiloxane rubber by Maxwell, Robert S., Cohenour, Rebecca, Sung, William, Solyom, David, Patel, Mogon

“…RTV-5370 is a filled polydimethylsilxoane–polymethylphenylsiloxane copolymer system originally developed by Dow Corning and now supplied by Rhone Poulenc…”
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Quantification of radiation induced crosslinking in a commercial, toughened silicone rubber, TR55 by H MQ-NMR by Maxwell, Robert S, Chinn, Sarah C, Alviso, Cynthia T, Harvey, Chris A, Giuliani, Jason R, Wilson, Thomas S, Cohenour, Rebecca

“…Radiation induced degradation in a commercial, filled silicone composite has been studied by SPME/GC-MS, DMA, DSC, swelling, and multiple quantum NMR. Analysis…”
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MQ NMR and SPME Analysis of Nonlinearity in the Degradation of a Filled Silicone Elastomer by Chinn, Sarah C, Alviso, Cynthia T, Berman, Elena S. F, Harvey, Christopher A, Maxwell, Robert S, Wilson, Thomas S, Cohenour, Rebecca, Saalwächter, Kay, Chassé, Walter

“…Radiation-induced degradation of polymeric materials occurs through numerous, simultaneous, competing chemical reactions. Although degradation is typically…”
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Radiation-Induced Cross-Linking in a Silica-Filled Silicone Elastomer As Investigated by Multiple Quantum 1 H NMR by Maxwell, Robert S., Chinn, Sarah C., Solyom, David, Cohenour, Rebecca

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Effects of filler-polymer interactions on cold-crystallization kinetics in crosslinked, silica-filled polydimethylsiloxane/polydiphenylsiloxane copolymer melts by Chien, Allen, Maxwell, Robert S., DeTeresa, Steve, Thompson, Lisa, Cohenour, Rebecca, Balazs, Bryan

“…Crystallization in a series of variable crosslink density poly(dimethyl‐diphenyl)siloxanes random block copolymers reinforced through a mixture of precipitated…”
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Quantification of radiation induced crosslinking in a commercial, toughened silicone rubber, TR55 by 1H MQ-NMR by Maxwell, Robert S., Chinn, Sarah C., Alviso, Cynthia T., Harvey, Chris A., Giuliani, Jason R., Wilson, Thomas S., Cohenour, Rebecca

“…Radiation induced degradation in a commercial, filled silicone composite has been studied by SPME/GC–MS, DMA, DSC, swelling, and multiple quantum NMR. Analysis…”
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Development of a Scaleable Synthesis for 1,2-Bis(2-aminophenylthio)ethane (APO-Link) Used in the Production of Bismaleimide Resin by Densmore, Crystal G, Wheeler, Hilary, Cohenour, Rebecca, Robison, Thomas W, Hasam, Dawud, Cordova, Blossom J, Stark, Peter C, Fuller, Edward N, Cook, Charles J, Weber, Holly A

“…The diamine reagent 1,2-bis(2-aminophenylthio)ethane is no longer commercially available but is still required for the synthesis of the bismaleimide resin,…”
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NMR analysis of γ-radiation induced degradation of halthane-88 polyurethane elastomers by Maxwell, Robert S., Chambers, David, Balazs, Bryan, Cohenour, Rebecca, Sung, William

“…We report 1H and 13C NMR analysis of changes in chain dynamics in a polyurethane elastomer system, Halthane 88-3, caused by exposure to 1.2 MeV gamma radiation…”
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Aging of silica-filled PDMS/PDPS copolymers in desiccating environments: a DSC and NMR study by Maxwell, Robert S., Balazs, Bryan, Cohenour, Rebecca, Prevedel, Elizabeth

“…The involvement of water in the reinforcing mechanism in silica‐filled polydimethylsiloxane (PDMS) based composite systems, potentially leaves the polymer…”
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