email: stoki@notes.cc,sunysb.edu

phone:631-632-6633(o)

office: Rm.314, Chem. Dept.

research area: Mechanical properties on Rubber and Thermo-plastic
elastomer using Synchrotron X-ray. Strain-induced crystallization, molecular
orientation and their contribution to stress in rubber and TPE

email: fzuo@ic.sunysb.edu

phone:631-632-7892(o)

office: Rm. 315, Chem. Dept.

research area:Polymer Crystallization, Structure-Property Relationship in Polymers, Performance Polymer Nanocomposites.

email: cburger@sunysb.edu

phone:631-632-1315(o)

office:Rm.419, Chem. Dept.

research area:small-angle x-ray scattering, wide-angle x-ray scattering, fiber diffraction, light scattering, rheology, structure-property relationships in imperfectly structured
systems, macrolattices, block-copolymers, polyelectrolyte-surfactant complexes, semi-crystalline polymers, high performance polymer fibers, preferred orientation, polymer crystallization, shish-kebab structures, clay composites,disordered lamellar systems, calcified tissue, fullerenes, carbon nanotubes, carbon nanofibers.

email: zhang4@ic.sunysb.edu              polycarbon@gmail.com

phone:631-632-7892(o)

office: Rm 315 ,Chem. Dept.

research area: Developing matrix for dsDNA and Oligonucleotide Separation.Developing high efficiency polymer for gene delivery.Investigate polyelectrolyte interaction in solution by laser light scattering

email: dfang@notes.cc.sunysb.edu

phone: 631-632-7892(o), 631-838-7796(cell)

office: Rm.416, Chem.Dept.

research area: Electrospining Progress, Experiment equipment development

email: xiaowli@ic.sunysb.edu

phone: 631-632-7892(o)

office: Rm.315, Chem. Dept.

research area: Deformation of polymers and Flow-induced crystallization of polymers.

email: ckrishnan@notes.cc.sunysb.edu

phone:631-632-6633(o),631-928-5761(h)

office: Rm.314, Chem. Dept.

research area: Electronic properties of biological molecules, double layer
behavior of molecular clusters, bioinorganic drug molecules.

email: ztang@notes.cc.sunysb.edu

phone: 631-632-7892(o)

office: Rm. 315, Chem. Dept.

research area: thin film nanofibrous composite membranes for water filtration, electrospun scaffold for anti-adhesion

email: lrong@bnl.gov

phone: 631-344-3175(o),631-344-5627(x27c)

office: Rm. 315, Chem. Dept.

research area: X-ray scattering and diffraction of polymers at Beamline X27C at NSLS

email:rmunozespi@sunysb.edu

phone:631-632-1315(o)

office:Rm.419, Chem. Dept.

research area: Polymer-controlled formation of inorganic structures; Polyoxometalates and inorganic clusters; Controlled crystallization of metal oxides; Polymer-inorganic hybrid materials: preparation and characterization; Mineralization processes; Surface-functionalized latex particles, miniemulsion polymerization

email: jiezhu@bnl.gov

phone: 631-344-3175(o),631-344-5627(x27c)

office: Rm. 315, Chem. Dept.

research area: X-ray scattering and diffraction of polymers at Beamline X27C at NSLS

Hongyang Ma

email:honma@notes.cc.sunysb.edu

phone: 631-632-7892

office: Room 413, Chem. Dept.

research area: Preparation and application of high flux ultrafiltration, nanofiltration, and reverse osmosis membranes; Preparation and characterization of polyethylene and fluorocopolymer nanocomposites.

email: nanli@ic.sunysb.edu

phone: 631-632-7892(o)

office: Rm. 315, Chem. Dept.

research area: Filtration membranes

email: ranwang.chem@gmail.com

phone: 631-632-7892(o)

office: Rm. 315, Chem. Dept.

research area: Electrospun membrane for filtration, Polymer synthesis