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Physical chemistry / Copolymer / Polymer brush / Polymer / Polyethylene terephthalate / Gradient copolymers / Mayo–Lewis equation / Chemistry / Polymer chemistry / Materials science


Combinatorial Approaches to Thin Film Nanomaterials Objective Impact and Customers • Control of surface and interface properties is key to the design and optimization of
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Document Date: 2010-07-20 15:46:44

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File Size: 859,85 KB

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Company

Engineering Laboratory / Bayer / LORD Corporation / ABC / Air Products and Chemicals / PPG / Dow Chemical / BASF / /

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IndustryTerm

surface chemical heterogeneity / polymer film systems / organic electronics / surface gradient library technologies / film gradient library technologies / purification protocols / substrate chemical functionalization / surface energy / differential surface energy contrast / surface energy dependent morphology / /

Organization

American Chemical Society / NSTI Nanotech / Materials Research Society / American Physical Society / Polymers Division / NIST Combinatorial Methods Center / /

Person

Michael J. Fasolka / Brian Berry Kathryn Beers Patton / Derek Patton Kirsten Genson Brian / Kirsten Genson Brian Berry Kathryn / /

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Product

Impact / /

PublishedMedium

Soft Matter / Advanced Materials / /

Technology

purification protocols / X-ray / surface gradient library technologies / polymerization / spectroscopy / lithography / film gradient library technologies / microfluidics / /

URL

www.nist.gov/combi / /

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