(2) develop lab on a chip concepts, likely
MEMS and/or nanotechnology-based, to lead to small, portable sensors for these
hydrazine-like compounds for both leak detection and security screening. Some
further thoughts are in the attached file, Purdue.doc from Dr.
Alfano.
The purpose of this proposal process is to
solicit novel approaches to some problems of current aerospace, Department of
Defense, or Department of Homeland Security relevance. The technology should be
farsighted with a possible 5 year payoff . This effort, if funded, is essentially
seed funds to get started, around $40-50K to produce white papers spelling out
the concepts for (1) and (2).
Compelling white papers would form the basis for proposing a
larger project(s) to prove the chemistry and work towards prototype sensor
systems.
Please contact Sheryl Willison, swilliso@purdue.edu by
Tuesday Sept. 5 of your interest. Please
include email address, and phone
number.
George B. Adams III, Ph.D.
Special Projects Manager, Discovery
Park
Research Development Manager, Birck
Nanotechnology Center
Purdue University
1205 West State Street , West
Lafayette, IN 47907-2057