Log Number: 9
Discussion Topic Posted for the
NANOTUBE-99 Workshop:
Can Advanced Parallel Processing and Simulation be Used in the Design,
Development and Testing of Nanotube Separation and Filtration
Concepts?
William A. Van Dyke, Jr.
Contact e-mail:
WILLIAM.VANDYKE@hq.doe.gov
The following are some thoughts on a topic in which I have high
interest, and which hopely will be of interest in a panel discussion
forum at NT99.
Some of the challenges associated with the use of Advanced Parallel
Processing and Simulation in the design, development and testing of
nanotube separation and filtration concepts are listed below.
- Develop math and scientific equations, coding and programming for
multiple cpu parallel processing for nanotube designs and concepts,
i.e. molecular diffusion, electrokinetics, etc.
- Feasibility of atomic cell size analysis (billionth or trillionth
cells of elements) of nano tube using parallel computer processors and
simulation to better understand phenomena of separation, aging,
corrosion, blockage, pore size distribution, structure, materials,
construction, testing, efficiency, operations, use ti separate
various gases, particulate, and compounds, etc.
Better understand scientific and technical knowledge base:
- Identify (list of) complex problems for teraflops scale parallel
processing and simulation. Also discussion of technical merits and
economy of such parallel processing and simulation.
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Last modification:
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