Person:
Gole, James L.

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Now showing 1 - 10 of 13
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NIRT: Active nanoparticles in nanostructured materials enabling advances in renewable energy and environmental remediation

2011-09-14 , Gole, James L. , Dixon, David , Szulczewski, Gregory , Fedorov, Andrei G. , Burda, Clemens

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Demonstration of a short wavelength chemical laser

1999 , Gole, James L.

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Characterization of ligand-free copper and silver clusters and their reactions to the form metal cluster oxides and halides

1986 , Gole, James L.

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The characterization of high-temperature vapor phase species and vapor-solid interations of import to combustion and gasification porcessed in the energy technologies

1981 , Gole, James L.

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Side-by-side silicon carbide–silica biaxial nanowires: Synthesis, structure, and mechanical properties

2000-11-20 , Wang, Z. L. (Zhong Lin) , Dai, Z. R. , Gao, Rui Ping , Bai, Zhigang , Gole, James L.

Elevated-temperature synthesis has been used to generate side-by-side biaxially structured silicon carbide–silica nanowires. The axial growth direction approaches [311] for nanowires with a high density of microtwins and is [211] for defect-free nanowires. The structure of these nanowires, their cross-sectional shape, and their structural transformation between a biaxial and coaxial configuration have been studied by transmission electron microscopy. The Young's modulus of the biaxially structured nanowires was measured to be 50–70 GPa depending on the size of the nanowire.

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REU: chemical, optical and condensed matter physics at Georgia Institute of Technology

1996-04-15 , Gole, James L.

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Characterization of small metal clusters & their unique oxidation processes

1986 , Gole, James L.

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Direct synthesis of silicon nanowires, silica nanospheres, and wire-like nanosphere agglomerates

2000-04-24 , Gole, James L. , Stout, J. D. , Rauch, William L. , Wang, Z. L. (Zhong Lin)

Elevated temperature synthesis has been used to generate virtually defect free SiO₂sheathed crystalline silicon nanowires and silica (SiO₂) nanospheres which can be agglomerated to wire-like configurations impregnated with crystalline silicon. The SiO₂ passivated (sheathed) crystalline silicon nanowires, generated with a modified approach using a heated Si–SiO₂mix, with their axes parallel to 111 are found to be virtually defect free. Modifications to the system allow the simultaneous formation of SiO₂ nanospheres (d~10–30 nm) as virtually monodisperse gram quantity powders which form large surface area catalysts for the selective conversion of ethanol to acetaldehyde.

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Chemically pumped visible lasers

1988 , Gole, James L.

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Scientific services program - STAS - visible chemical laser data base

1981 , Gole, James L.