Curriculum Vitae Alexander Korikov
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Education:2001 Ph.D. in Chemistry, majoring in Polymer
Chemistry. Institute of Petrochemical Synthesis, Russian Academy of Science, Moscow, Russia. Ph.D. thesis topic: "Transport and Thermodynamic
parameters of novel glassy polymers with high free volume." 1997 M.S. in Chemistry. M.V. Lomonosov Moscow State University, Department of Chemistry, Russia. Master Thesis topic: “Synthetic polyelectrolyte 2,5-ionene in reaction of enhanced
chemiluminiscence in immunoassay analysis.” During Master
candidate program following biochemical classes were taken: Fermentative
Kinetics and Catalysis, Biochemistry, Molecular Biology and Engineering Enzymology.
1996 Industrial training (6 weeks): at Immunotek® Co., Moscow, Russia. Immunoassay analysis (UV-based detection) using different types of microplates; enzyme and conjugate handling.
Work Experience:2005-Present: Howard University,
Department of Civil Engineering. Development of microfiltration (MF) membranes with improved biofouling resistance- membrane surface modification via grafting; gas-liquid membrane contactor in bioreactor for ground water decontamination and purification; employment of nanofiltration (NF) in removal of surfactants-containing saline solutions. 2001 – 2005 New Jersey Institute of
Technology, Newark, NJ Thin film composite membrane fabrication by interfacial polymerization, membrane grafting modification in order to improve membrane hydrophilicity; characterization of these membranes by microscopy (AFM, SEM), ultrafiltration, gas, liquid and vapor mass transfer. Studies in membrane contactor system (flat membrane and hollow fiber): mass transfer accompanied by reversible/non-reversible chemical reaction. Development of dense thin polymer coatings for polymeric-based heat exchanger application. ☼ I have developed novel polypropylene supported Thin Film Composite (TFC) membranes for ultrafiltration/nanofiltration application with high quality hydrophilic selective layer. Liquid membranes for CO2 separation having promising combination of permeance and selectivity have been obtained. I have carried out extensive work on mass transfer through a membrane, accompanied by fast chemical reaction. A dense polymeric coating for a heat‑exchanger application was developed (patent application has been filed). 1997 - 2001 Institute of Petrochemical
Synthesis, Moscow Extensive study of novel highly gas permeable polymers: mass-transfer parameters and sorption thermodynamics, free volume estimation, thin polymer film preparation and characterization. Extensive study of novel highly gas permeable polymers: mass-transfer parameters and sorption thermodynamics, free volume estimation, thin polymer film preparation and characterization. ☼ I have thoroughly studied novel polymers such as polyacetylenes, amorphous teflons AF and cardo polyimides. ☼Mass transfer parameters of the new highly permeable polymers have been systematically studied and characterized with respect to structure relation. Poly[1-phenyl-2-[p-(triphenylsilyl) phenyl] acetylene] has been found to have high permeability coefficients of 102-103 Barrer and extremely large element of free volume (EFV) of 1000 Å3. Thermodynamics of sorption of gases and organic vapors in perfluorinated dioxol copolymers has been studied for very wide range of sorbates, which made possible to clarify some well known relations of sorption thermodynamics in polymers. Systematic study of non-solvent treatment of cardopolyimides’ films has shown substantial improvement of transport parameters of such films. 1995 – 1997 M.V. Lomonosov Moscow
State University The Master Diploma’s subject is “Reaction of enhanced chemiluminiscence in immunoassay analysis.” Immunoassay Analysis, gel-filtration and dialysis of antigens, antibodies and conjugates with HRP and their immobilization on solid surface for immunoassay analysis; UV spectroscopic and chemiluminescence (ELISA) detection of antigens and antibodies, including detection of thyroxin in serum human blood. ☼Substantial increase of chemiluminescent signal in ELISA detection system has been achieved by introducing synthetic polyelectrolyte 2,5-ionene in the reaction sphere. Academic experience:Spring semester of 2004. Adjunct professor at Department of Biomedical Engineering, New Jersey Institute of Technology, lecturing on “Fluid mechanics in bio-systems”. The course has been developed.
Industrial experience:2001. Wimm-Bill-Dann Corp. Technical expert of juice production: QC of intermediate and final product quality, supervision of compounding implementation, control of incoming ingredients. 1998-1999 Mega Pack Inc. Engineer-technologist of carbonated beverages: QC of intermediate and final product quality, supervision of compounding implementation, control of incoming ingredients.
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References: upon request |