2014 AIChE Annual Meeting

Session: Poster Session: Meet the Faculty Candidate

This is the annual poster session for faculty candidates.

Chair

Madihally, S. V., Oklahoma State University

Co-Chair

Voronov, R., New Jersey Institute of Technology NJIT

Presentations

02:00 PM

(6bs) Nanotechnology-Based Breakthroughs in Biology and Energy
(6fg) First Principles-based Multiparadigm, Multiscale Strategies for Simulating Complex Materials Processes
(6bh) Design of Biopolymer Building Blocks for Novel Self-Assembled Materials
(6cf) Molecular and Mesoscopic Design and Understanding of Energy Materials
(6p) Multiscale Simulations of Polymer Dynamics, Polymerization Kinetics, and Polymer Blend Morphology
(6ff) Power and Remediation with Photovoltaics
(6bg) Combining Computation and Experiment to Uncover Environment Friendly Solutions to Energy Problems
(6ci) Understanding Diffusion of Small Molecules in Polymer Glasses
(6gc) The Flame Synthesis of Carbonaceous and Heterogeneous Nanomaterials, and Using Soot for the Fischer- Tropsch Synthesis High Value Chemicals
(6gd) Toward Understanding the Atmospheric Chromium Chemistry
(6bx) Mathematical Modeling and Global Optimization for Planning and Scheduling of Petrochemical Processes, and Natural Gas to Liquid Fuel Energy Systems
(6ep) Engineering Advanced Membrane Materials for Gas Separation and Biofuels Production
(6dc) Branched Wormlike Micelles Under Dynamic Flow Conditions Using Spatiotemporally-Resolved Small Angle Neutron Scattering
(6k) Controlling Interactions at Nanoscale: A Versatile Tool for Assembling Multifunctional Future Materials
(6ge) Metabolic reprogramming of hypoxic cancer cells
(6ad) Doped Metal Oxides – Increased Functionality for Energy Applications
(6df) Evaluating Issues in Environmental Adsorption: Mercury Oxidation and Shale Pore Characteristics
(6at) Molecular Engineering of Crystallization in Pursuit of More Potent Functional Materials, Cleaner Sources of Energy and Better Climate
(6gf) Measurement and Control of Slip-Flow Boundary Conditions at Solid-Gas Interfaces
(6cg) Nanoscale Chirality and Sustainability Laboratory
(6gg) Advanced catalyst design strategies: Integrating machine learning and probability theory with quantum mechanics and descriptor-based analysis
(6el) Surface and Interfacial Properties in Ceramic and Inorganic Materials
(6z) Polymer Membranes for Energy Storage and Delivery
(6dp) Design, Optimization, Monitoring and Control of Continuous Pharmaceutical Manufacturing Plant for QbD and PAT Based Next Generation of Efficient Manufacturing
(6gh) Catalytic Conversion of Transportation Fuel and Cellulosic Biomass Derivatives over Zeolite Catalysts
(6aa) Mechanistic Correlations Between Material Properties and the Dynamics of Catalytic and Photocatalytic Redox Processes
(6e) Engaging Students in the Capstone Laboratory Using New Processes & Novel Pedagogy
(6dr) Engineering Microbial Production Platforms for Efficient Carbon Utilization
A Route Towards Sustainability Through Multifunctional Hybrid Materials and Interfaces
(6a) Control and Automation of Fluid Flow, Mass Transfer and Chemical Reactions in Microscale Segmented Flow
(6w) A Materials Genome Approach to Metal-Organic Frameworks: From Databases to Advanced Search Algorithms
(6bd) Design of Multifunctional Materials for Energy Related Applications
(6gj) Instructing cell bioactivity using programmable DNA-peptide hybrid materials
(6do) Scalable Nanofabrication of Functional Architectures through Hybrid Lithography
(6ev) Computational Systems Biology of Metabolism in Single- and Multi-Species Microbial Systems
(6gk) Micro and nanostructured interfaces for characterization of disease states in biological systems
(6eg) Discovering Chemistry with an Ab Initio Nanoreactor
(6bb) Searching for Epigenetic Patterns As Biomarkers for Cancer Diagnosis
(6i) Dynamic Modeling of Colloidal Assembly
(6gl) Investigating the Interphase Regions Between Inorganic Nanomaterials and Thermosetting Polymer Backbones
(6cd) Recombination Dynamics of Charge Carriers in Nanostructured Solar Cells
(6dg) Engineered Nanomaterials for Energy Harvesting
(6dq) Materials and Systems Design for Healthcare and Energy Applications
(6bm) Optimal Control of Neural and Small Length Scale Dynamical Systems