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• Material Scientist/Chemist with expertise in organic and polymer chemistry, polymeric and composite materials; polymer processing and applications, materials characterization and analysis. • Extensive successful experience in development of new materials/technologies/processing methods.• In-depth knowledge and understanding in polymer structure-property relationships and correlations between materials property and performance; exceptional skills in design and synthesis of functional polymer materials with tailored chemical functionality and structure to achieve targeted properties and performance.• Problem-solving skills in new product development, scale-up manufacturing and commercialization.• Expertise in a variety of polymerization techniques, including free radical polymerization of fluorinated/hydrocarbon monomers in bulk, solution and emulsion, living radical polymerizations such as ATRP and RAFT, anionic and cationic polymerization, step-growth polymerization, ring opening polymerization of epoxide and cyclic ester monomers; and synthesis of functional monomers. • Extensive hands-on experience with materials characterization techniques such as GPC/SEC, NMR, FT-IR, MALDI-TOF, UV-vis, HPLC, DSC, TGA, DMA, SEM, AFM, TEM, DLS, EIS, etc.• Areas of expertise include: polymer and small molecule synthesis; polymer functionalization; acrylic polymers & aromatic polymers & fluoropolymers & thermoplastic & thermoset resins & ionomers & silicone polymers; sol-gel process; colloidal chemistry; nano-particles; polymer composites; surface modification; adhesive coatings; optical coatings; lithography; nano-materials; nano-patterning; block copolymers and self-assembly; DSA patterning; photochemistry; UV curing; thermal curing; biodegradable polymer; bio-compatible polymer; water soluble polymers; scale-up process from lab to pilot plant; manufacturing troubleshooting & root cause analysis.
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Principle Materials EngineerCanon Nanotechnologies Feb 2023 - PresentAustin, Tx, Us -
Lead Engineer/R&D ScientistBaker Hughes Dec 2018 - Mar 2023Houston, Texas, UsDeveloping new high performance and cost-effective paraffin inhibitors and asphaltene inhibitors for flow assurance applications.Developing novel biodegradable and low-toxic kinetic hydrate inhibitorsDesigning and developing novel environmentally friendly polymer materials and chemicals for upstream applications. -
Scientist/Team LeaderBrewer Science Inc. Dec 2012 - Dec 2018Design and synthesis of advanced materials for semiconductor/lithography applications.Designed and synthesized novel block copolymer materials (high χ) to achieve sub-10 nm top-coat free directed self-assembly (DSA) patterning.Developed fast thermal-/UV- curing acrylic polymers with tunable optical properties for use as anti-reflection coatings and adhesion coatings in the photolithography / DSA processes.Developed new silicon-containing multi-functional hard-mask materials (Si-ARC) based on colloidal chemistry.Designed and synthesized functional polymer brushes for selective surface modification on metals and semiconductor substrates.Designed and demonstrated new DSA processing flows.Scale-up synthesis of new products and formulation production at large volume scale.
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Postdoctoral Research AssociateDepartment Of Materials Science And Engineering, Cornell University Aug 2011 - Nov 2012Ithaca, Ny, UsProfessor Christopher K. Ober’s Research GroupDesigned and developed new block copolymers and their composites with functionalized inorganic nanoparticles, and explored their physical properties for potential electronic applications.Designed and developed photo-cleavable block copolymer materials applicable for nano-porous anti-reflective coatings. -
Phd Graduate Research AssistantDepartment Of Materials Science And Engineering, Pennsylvania State University Aug 2006 - Aug 2011University Park, Pa, UsResearch performed under Prof. Qing Wang's and Prof. Mike Hickner's guidance.Design, synthesis and characterization of advanced polymer electrolyte materials for fuel cells and lithium-ion batteries.Investigated polymerization behaviors of a variety of vinyl monomers (styrene and acrylic monomers) including fluorinated vinyl monomers (VDF, CTFE etc.) in bulk/solution/emulsion radical polymerizations; and fluorinated aromatic monomers in step-growth polymerizations.Designed and synthesized various new fluoropolymers with special functionalities, e.g. telechelic fluoropolymers, fluorinated block copolymers, perfluorocyclobutane aromatic ether polymers, fluorinated poly-aromatic ethers, and fluoropolymer networks.Designed and developed a new class of super-acid containing aromatic polymers by using condensation polymerizations, which demonstrated outstanding electrolyte performance in high temperature polymer electrolyte membrane fuel cells.Designed and developed a new polymer processing method to fabricate lithium single-ion electrolyte membranes with extraordinary ion conductivity and battery performance in lithium-ion batteries.Designed and synthesized chain-end functionalized fluoropolymers with super-acid groups, and developed chain-end cross-linked fluoropolymer membranes with extraordinary electrochemical selectivity (≥ 20) to be used in methanol powered fuel cells.Developed a simple and facile strategy to modify Nafion membranes with in-situ formed acid-functionalized polysilsesquioxane by sol-gel chemistry, in which proton conduction and methanol barrier properties could be significantly improved under low humidity conditions or in methanol fuel cells.Conducted fundamental studies on proton and methanol transport mechanisms in polymer films. -
Graduate Research Assistant (Master)Department Of Polymer Science And Engineering, University Of Science And Technology Of China Sep 2003 - Jul 2006Hefei, Anhui, CnResearch performed under Prof. Ruke Bai's guidance.Designed, synthesized and characterized amphiphilic block copolymers with well-defined macromolecular architectures by living/controlled radical polymerization techniques.Investigated self-organization behaviors of amphiphilic block copolymers in water and organic solvents.
Kui Xu Skills
Kui Xu Education Details
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Penn State UniversityMaterials Science And Engineering -
University Of Science And Technology Of ChinaPolymer Science And Engineering
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University Of Science And Technology Of ChinaPolymer Science And Engineering
Frequently Asked Questions about Kui Xu
What company does Kui Xu work for?
Kui Xu works for Canon Nanotechnologies
What is Kui Xu's role at the current company?
Kui Xu's current role is Materials Scientist/Engineer.
What is Kui Xu's email address?
Kui Xu's email address is ku****@****ail.com
What schools did Kui Xu attend?
Kui Xu attended Penn State University, University Of Science And Technology Of China, University Of Science And Technology Of China.
What skills is Kui Xu known for?
Kui Xu has skills like Tga, Afm, Materials Science, Tem, Characterization, Nanotechnology, Differential Scanning Calorimetry, Scanning Electron Microscopy, Nanomaterials, Thin Films, Polymer Characterization, Polymers.
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