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Materials Science and Engineering, Applied Physics by courtesy
Mccullough 333
476 Lomita Mall
Stanford, CA 94305
4045
650.725.7455
650.725.4034
bmc@stanford.edu
Christina
Konjevich
Dr. Joon Shik Park
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Materials Science and Engineering
jspark@keti.re.kr
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Materials Science and Engineering
650.725.2660
stkelly@stanford.edu
Steve grew up in Colorado, attended the Colorado School of MInes in Golden, CO for his Bachelors degree in Engineering Physics ('02) and Masters degree in Metallurgical and Materials Engineering ('03). After college he moved to the Lake Tahoe area and worked a winter as a ski instructor at Squaw Valley USA while applying to graduate school. He has been at Stanford since 2004 working towards a Ph.D. in Materials Science and Engineering while studying hydrogen storage materials. Most of his work involves thin film deposition (mainly sputtering) and x-ray characterization using facilities on campus and at the Stanford Synchrotron Radiation Lightsource (SSRL). Read more >>
He enjoys skiing, biking, hiking and camping in my spare time and have developed a love for the great Sierra Nevada mountains while here at Stanford.
Recent Publications:
"Formation and dissociation of MgH_2 in epitaxial Mg thin films", J. Appl. Phys., vol. 101 p. 114311, 2007.
"Kinetic limitations of the Mg_2Si system for reversible hydrogen storage", Nanotechnology, vol. 20 (in press), 2009.
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Materials Science and Engineering
650.725.2660
jgroves@stanford.edu
Randy is a Technical Staff Member in the High-Temperature Superconductivity Coated Conductor Development Program at Los Alamos National Laboratory's Superconductivity Technology Center. He is on Advanced Study Leave to pursue his Ph.D. in Materials Science here at Stanford. Read more >>
Fundamental Aspects of Ion Beam Assisted Deposition of Magnesium Oxide Template Films
Iridium on Biaxially Textured Oxide Templates: A Concept to Grow Single Crystals on Arbitrary Substrates
Investigation of Early Nucleation Events in Magnesium Oxide During Ion Beam Assisted
Deposition
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Materials Science and Engineering
ranadeep@stanford.edu
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Materials Science and Engineering
cbeasley@stanford.edu
Cara Beasley received her B.S. in Chemistry from the University of California, Santa Barbara in 2005. She is currently pursuing a Ph.D. in Chemistry at Stanford. Currently, she is working on the chemistry behind carbon nanotube growth. She is looking at ways to tailor and understand the CVD growth of single-walled carbon nanotubes to give specific diameter ranges, chiralities, and yields. Growths on different substrates is another topic of interest. She is working closely with other members of the Wong group to fabricate CNT devices and on a GCEP project to use SWNTs for hydrogen storage. In her spare time, Cara likes to ride horses, hike, raise chinchillas, and create stained glass windows.
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Materials Science and Engineering
650.725.2660
megrubbs@stanford.edu
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Materials Science and Engineering
650.725.2660
chawla@stanford.edu
Dan started his career in materials science at Georgia Tech with an undergraduate degree and research focused on applications of atomic layer deposition in photonic crystal fabrication. However, at Stanford his research is focused on low cost, abundant, and non-toxic photovoltaic materials. Read more >>
Click here to see a recent poster Dan presented at the 2008 GCEP Research Symposium.
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Materials Science and Engineering
cchung08@stanford.edu
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Materials Science and Engineering
ghayes@stanford.edu
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Materials Science and Engineering
joelli@stanford.edu