Gordon A. and Mary Cain Department of Chemical Engineering

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Fall 2000
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Fall 2000 Departmental Distinguished Seminar Series 

 
James Fenton
Composite Membranes for Fuel Cell Operation at High Temperature
September 22, 2000

A professor of Chemical Engineering at the University of Connecticut, Dr. Fenton is currently conducting a study to develop fuel cell membranes that will be conducive to high temperatures while retaining fuel integrity and keeping costs down. The applicability of this particular kind of fuel cell would reduce the release of carbon monoxide, and therefore, cut down on air pollution. Dr. Fenton's visit was hosted by Dr. Elizabeth Podlaha.
 

David Venerus
Anisotropic Thermal Conductivity in Deforming Polymers
October 13, 2000

Dr. Venerus and his colleagues at the Illinois Institute of Technology are looking at the lesser-known thermal properties of polymers at rest and during deformation. Using methods analogous to optic techniques, such as Forced Rayleigh Scattering, they have developed a method to measure the thermal diffusivity in deforming polymers. Dr. Venerus' visit was hosted by Dr. Carl Knopf.
 

Ronald Kander
Materials-Related Challenges in Fuel Cell Research|
October 26, 2000

In the search for new energy sources, proton exchange membrane (PEM) fuel cells are being developed for use in cars and buses, and even in block-type thermal power stations. Dr. Kander and others at Virginia Tech University are looking at four challenges in PEM fuel cell research: long-term environmental durability of PEMs, the development of sensors to monitor PEM aging, and improvment of power-to-weight efficiency and corrosion resistance of fuel cell assemblies. Dr. Kander's visit was hosted by Dr. Kerry Dooley.
 

Erich Müller
Phase equilibria of multicomponent systems using molecular dynamics
November 3, 2000

The head of the applied thermodynamics group at Simon Bolivar University in Caracas, Venezuela, Dr. Müller presented a novel algorithm for evaluating phase equilibria of multicomponent systems, using simple isotonic potential functions. He says that the low-cost availability of parallel computers and simplified intermolecular potentials allow for quantitative prediction of phase equilibria for industrially relevant systems. Dr. Müller's visit was hosted by Dr. Carl Knopf.
 

Wilma Subra
Education and Empowerment of Community Members which Result in Policy Changes
November 10, 2000

President of Subra Company, Inc., Ms. Subra represents the interests and concerns of the grassroots environmental community at the local, state, and national levels. Ms. Subra spoke about efforts in communities in Louisiana and Texas, to educate the citizens and organizations about analyzing pollution data. She says that these efforts have brought about increase inspections and surveillance of the polluting industries in those communities. Ms. Subra's visit was hosted by Dr. Ralph Pike.
 

John Walz
Depletion Interactions in Charged Collodial Systems
December 1, 2000

Dr. Walz described a force-balance model that he and fellow researchers at Yale University developed, to determine the effect of nonadsorbing polyelectrolytes on the stability of a dispersion of like-charged colloidal particles. This research is looking extensively into the effects of a nonadsorbing charged species; about which very little is known, but its significance as a system involving such interparticle interaction is both found in nature and used in industry. Dr. Walz' visit was hosted by Dr. Carl Knopf.

 

       


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