Search Results - "Gan, Xing Yee"

Multivariate Stratified Metal–Organic Frameworks: Diversification Using Domain Building Blocks by Luo, Tian-Yi, Liu, Chong, Gan, Xing Yee, Muldoon, Patrick F, Diemler, Nathan A, Millstone, Jill E, Rosi, Nathaniel L

“…We introduce the concept of domain building blocks (DBBs) as an effective approach to increasing the diversity and complexity of metal–organic frameworks…”
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How to Quantify Electrons in Plasmonic Colloidal Metal Oxide Nanocrystals by Shubert-Zuleta, Sofia A., Tandon, Bharat, Roman, Benjamin J., Gan, Xing Yee, Milliron, Delia J.

“…Distinct from noble metal nanoparticles, doped metal oxide nanocrystals (NCs) exhibit localized surface plasmon resonance (LSPR) in the infrared region that…”
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Connecting Cation Exchange and Metal Deposition Outcomes via Hume–Rothery-Like Design Rules Using Copper Selenide Nanoparticles by Gan, Xing Yee, Sen, Riti, Millstone, Jill E

“…Heterogenous nanomaterials containing various inorganic phases have far-reaching impacts both from the physical phenomena they reveal and the technologies they…”
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Plasmon-Enhanced Chemical Conversion Using Copper Selenide Nanoparticles by Gan, Xing Yee, Keller, Emily L, Warkentin, Christopher L, Crawford, Scott E, Frontiera, Renee R, Millstone, Jill E

“…The syntheses, properties, and broad utility of noble metal plasmonic nanomaterials are now well-established. To capitalize on this exceptional utility,…”
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Evolution of Surface Copper(II) Environments in Cu2–xSe Nanoparticles by Kaseman, Derrick C., Jarvi, Austin Gamble, Gan, Xing Yee, Saxena, Sunil, Millstone, Jill E.

“…Cu2–xSe nanoparticles are part of a promising class of alternative plasmonic materials where the location, stability, and structural impact of charge carrier…”
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Correlating Carrier Density and Emergent Plasmonic Features in Cu2-xSe Nanoparticles by Marbella, Lauren E, Gan, Xing Yee, Kaseman, Derrick C, Millstone, Jill E

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Theoretical Study of the Impact of Vacancies and Disorder on the Electronic Properties of Cu 2– x Se by Klan, Jonathan M., Harper, Daniel K., Ruffley, Jonathan P., Gan, Xing Yee, Millstone, Jill E., Johnson, J. Karl

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Contact Conductance Governs Metallicity in Conducting Metal Oxide Nanocrystal Films by Staller, Corey M., Gibbs, Stephen L., Gan, Xing Yee, Bender, Jay T., Jarvis, Karalee, Ong, Gary K., Milliron, Delia J.

“…Although colloidal nanoparticles hold promise for fabricating electronic components, the properties of nanoparticle-derived materials can be unpredictable…”
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Evolution of Surface Copper(II) Environments in Cu 2– x Se Nanoparticles by Kaseman, Derrick C., Jarvi, Austin Gamble, Gan, Xing Yee, Saxena, Sunil, Millstone, Jill E.

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Optoelectronic Impacts of Particle Size in Water-Dispersible Plasmonic Copper Selenide Nanoparticles by Gan, Xing Yee, Crawford, Scott E, Eikey, Emily A, Sen, Riti, Killinger, Jack R, Millstone, Jill E

“…There is significant interest in earth-abundant plasmonic materials, but whether or not their performance can match or even surpass their noble metal…”
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Virtual Issue on Nanosynthetic Chemistry by Eikey, Emily A, Fagan, Abigail M, Gan, Xing Yee, Lord, Robert W, Sen, Riti, Steimle, Benjamin C

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Efficient Control of Atom Arrangement in Ternary Metal Chalcogenide Nanoparticles Using Precursor Oxidation State by Eikey, Emily A, Gan, Xing Yee, Kaseman, Derrick C, Murphey, Corban G. E, Crawford, Scott E, Johnston, Kathryn A, Yazdi, Sadegh, Millstone, Jill E

“…Controlling both the concentration and the distribution of elements in a given material is often crucial to extracting and optimizing synergistic properties of…”
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Understanding the Emergence, Tunability, and Performance of Plasmonic Copper Selenide Semiconductor Nanoparticles by Gan, Xing Yee

“…The phenomena of localized surface plasmon resonances (LSPRs) has been broadly studied and is a property of nanomaterials that can be used to enhance or enable…”
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Correlating Carrier Density and Emergent Plasmonic Features in Cu 2-x Se Nanoparticles by Marbella, Lauren E, Gan, Xing Yee, Kaseman, Derrick C, Millstone, Jill E

“…Recently, a wide variety of new nanoparticle compositions have been identified as potential plasmonic materials including earth-abundant metals such as…”
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Zinc-Adeninate Metal-Organic Framework—A Versatile Photoluminescent Sensor for Rare Earth Elements in Aqueous Systems by Crawford, Scott, Gan, Xing Yee, Lemaire, Peter, Millstone, Jill E., Baltrus, John, Ohodnicki, Paul

“…Presented at the 2019 MRS Fall Meeting…”
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Zinc-Adeninate Metal–Organic Framework: A Versatile Photoluminescent Sensor for Rare Earth Elements in Aqueous Systems by Crawford, Scott E, Gan, Xing Yee, Lemaire, Peter C. K, Millstone, Jill E, Baltrus, John P, Ohodnicki, Paul R

“…Rare earth elements (REEs) are strategically important for national security and advanced technologies. Consequently, significant effort has been devoted…”
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Theoretical Study of the Impact of Vacancies and Disorder on the Electronic Properties of Cu2–x Se by Klan, Jonathan M, Harper, Daniel K, Ruffley, Jonathan P, Gan, Xing Yee, Millstone, Jill E, Johnson, J. Karl

“…Copper selenide (Cu2–x Se) is a promising material for plasmonic nanoparticle applications. Cu2–x Se becomes plasmonically active in the oxidized state (x >…”
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Evolution of Surface Copper(II) Environments in Cu2–x Se Nanoparticles by Kaseman, Derrick C, Jarvi, Austin Gamble, Gan, Xing Yee, Saxena, Sunil, Millstone, Jill E

“…Cu2–x Se nanoparticles are part of a promising class of alternative plasmonic materials where the location, stability, and structural impact of charge carrier…”
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Correlating Carrier Density and Emergent Plasmonic Features in Cu2–x Se Nanoparticles by Marbella, Lauren E, Gan, Xing Yee, Kaseman, Derrick C, Millstone, Jill E

“…Recently, a wide variety of new nanoparticle compositions have been identified as potential plasmonic materials including earth-abundant metals such as…”
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Contact conductance governs metallicity in conducting metal oxide nanocrystal films by Staller, Corey M, Gibbs, Stephen L, Gan, Xing Yee, Bender, Jay T, Jarvis, Karalee, Ong, Gary K, Milliron, Delia J

“…In bulk semiconductor materials, the insulator-metal transition (IMT) is governed by the concentration of conduction electrons. Meanwhile, even when fabricated…”
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