UC Davis 2008-2010 General Catalog - General Catalog - UC Davis
UC Davis 2008-2010 General Catalog - General Catalog - UC Davis
UC Davis 2008-2010 General Catalog - General Catalog - UC Davis
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Introduction 25<br />
and disease prevention, consumer sciences and community development<br />
and environmental quality, with emphasis on resource<br />
conservation and management, water and soil pollution and<br />
regional planning.<br />
Center for Advanced Laboratory Fusion Science<br />
and Engineering (CALFUSE)<br />
Hertz Hall; Lawrence Livermore National Laboratory<br />
1104 Engineering III; 3182-1209 Kemper; 160 Walker; (530) 754-9069<br />
Neville Luhmann, Director; ncluhmann@ucdavis.edu<br />
David Hwang, Director; dqhwang@ucdavis.edu<br />
http://calfuse.ucdavis.edu/<br />
Numerous climate studies have concluded that the heavy use of<br />
fossil fuels to meet the world's ever-increasing energy demand may<br />
have the consequence of deleterious global climate change. To<br />
limit carbon dioxide emission, alternative energy sources must be<br />
developed. Many prominent environmentalists and politicians<br />
view the use of nuclear energy as the best solution to curb greenhouse<br />
effects on global climate. Currently, nuclear energy is produced<br />
commercially in fission reactors. However, energy<br />
production by nuclear fusion rather than fission may have significant<br />
advantages. In contrast to fission, fusion offers the potential<br />
of energy production with enormously reduced environmental<br />
impact. Unlike the enriched uranium used in fission reactors, the<br />
fuel used for fusion is comparatively safe, abundant and widely<br />
distributed geographically. Fusion reactions, and the conditions<br />
required to create them, are scientifically well understood; the<br />
most familiar fusion reactor is the Earth's sun, whose energy is<br />
provided by hydrogen fusion. For controlled nuclear fusion on<br />
Earth, the deuterium found in seawater would be sufficient to supply<br />
the world's energy needs for billions of years.<br />
In order to create a commercially successful fusion reactor, many<br />
physics questions will need to be answered, and new technologies<br />
must be developed. The purpose of the CALFUSE Center is to<br />
coordinate all facets of fusion science and engineering research,<br />
and to participate in worldwide fusion energy development. The<br />
Center will enlist all areas of research and welcome all research<br />
organizations which may have fusion-related applications.<br />
Center for Biophotonics Science and Technology<br />
2700 Stockton Blvd. Suite 1400<br />
Sacramento, CA 95817; (916) 734-8600<br />
Dennis Matthews, Director; dlmatthews@ucdavis.edu<br />
http://cbst.ucdavis.edu/<br />
Research and development applications utilizing biophotonics–the<br />
science of using light to understand the inner workings of cell and<br />
tissues in living organisms. Applications of biophotonics range<br />
from using light to selectively treat tumors, to sequencing DNA,<br />
biochemical studies and identifying single biomolecules within<br />
cells.<br />
Center for Child and Family Studies<br />
West House of Center for Child and Family Studies<br />
(530) 752-2888; http://ccfs.ucdavis.edu<br />
The Center for Child and Family Studies (CCFS) houses the Early<br />
Childhood Laboratory (ECL), a research, teaching and demonstration<br />
laboratory of the Division of Human Development and Family<br />
Studies in the Department of Human and Community Development.<br />
At the ECL, students enrolled in human development<br />
courses learn observational techniques and participate with peers,<br />
children, parents and professionals in developmental programs for<br />
infants through preschoolers. Students study early development in<br />
a naturalistic setting, linking research and theory to principles of<br />
interaction and developing recognition of and respect for individual<br />
differences. Selected undergraduate students participate in faculty<br />
and graduate student research at the laboratory. The CCFS<br />
also houses several research and outreach facilities, such as the<br />
Eichhorn Family House, and a computer lab for Human and Community<br />
Development students.<br />
Center for Computational Fluid Dynamics<br />
2132 Bainer Hall; (530) 752-0580<br />
Department of Mechanical and Aeronautical Engineering;<br />
http://mae.ucdavis.edu/research/cfd/<br />
The Center uses modern computation facilities, including a Massively<br />
Parallel Supercomputer, to explore complex motions of fluids.<br />
Applications are to fluid flows and aeronautics, including<br />
mesh generation, analysis and design of aerodynamic configurations,<br />
turbulence modeling, electromagnetism, chemically reacting<br />
flows, biological fluid dynamics computations, and wind energy<br />
research.<br />
Center for Developmental Nutrition<br />
TB 33<br />
(530) 752-7516<br />
The Center for Developmental Nutrition supports predoctoral and<br />
postdoctoral research in nutrition and development. The laboratory<br />
promotes collaborative research on the study of how nutrients<br />
influence the development of individuals at multiple life stages.<br />
Center for Environmental & Water Resources<br />
Engineering<br />
2001 Engineering III; (530) 752-0586<br />
Stefan Wuertz, Director; swuertz@ucdavis.edu<br />
http://cewre.engr.ucdavis.edu/<br />
Current research includes dynamic modeling of quality characteristics<br />
of surface waters; mixing processes in surface waters; contaminant<br />
transport in the subsurface; surface chemistry of soils<br />
with particular emphasis on organic sorption and desorption;<br />
environmental restoration; atmospheric dispersion and air pollution<br />
control systems; combustion by-product formation; disinfection<br />
using ultraviolet radiation; microbial denitrification of<br />
domestic water supplies; microbial degradation of vapor phase<br />
contaminants; and analysis of economic impacts of stormwater<br />
quality management programs.<br />
Center for Future Information Technology<br />
2063 Kemper Hall; (530) 754-8380<br />
Prasant Mohapatra, Director; http://cfit.ucdavis.edu/<br />
On our tenets of open collaboration and interdisciplinary participation,<br />
our vision for the center is to innovate the future of information<br />
technology through vital research that has cross cutting<br />
impact on the broad applications of information technology;<br />
through university and industrial working partnerships, set an<br />
imaginative direction, yet influence a pragmatic roadmap for the<br />
future of IT that has intellectual, societal, environmental and commercial<br />
value.<br />
Center for Geotechnical Modeling<br />
2655 Brooks Road; (530) 752-7929<br />
Bruce Kutter, Director; blkutter@ucdavis.edu<br />
http://cgm.engineering.ucdavis.edu/<br />
The center performs research in the broad area of geotechnical<br />
engineering, but focuses on earthquake engineering problems<br />
such as effects of ground shaking and liquefaction and soil-foun-