Search Results - "Hurwitz, Frances I."

Thermal Stability of MxOy Doped Zirconia Aerogels (M = Y, Yb, Gd, Ce, Ca) Studied Through 1200°C by Olson, Nathaniel S., Hurwitz, Frances I., Stokes, Jamesa L., Guo, Haiquan, Rogers, Richard B., Krogstad, Jessica A.

“…The high porosities and low densities of ceramic aerogels offer outstanding insulative performance in applications where weight is a critical factor. The high…”
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Postsynthetic modification of yttria‐stabilized zirconia aerogels with silica coatings for enhanced thermal stability by Olson, Nathaniel S., Stokes, Jamesa L., Guo, Haiquan, Hurwitz, Frances I., Rogers, Richard B., Shah, Nachiket, Krogstad, Jessica A.

“…Maintaining high surface area and porosity at high temperatures is important when considering aerogels for use in thermal management systems. The mesoporous…”
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Optimizing surfactant templating of yttria-stabilized zirconia aerogels for high-temperature applications: Effect of cationic surfactant by Walker, Rebecca C., Stokes, Jamesa L., Hurwitz, Frances I., Guo, Haiquan, Ferri, James K.

“…Aerogels can be used in spaceflight applications as thermal insulators due to their low density, low thermal conductivity, and tortuous path for solid…”
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Enhanced thermal stability of high yttria concentration YSZ aerogels by Olson, Nathaniel S., Hurwitz, Frances I., Guo, Haiquan, Madden, Nathan J., Stokes, Jamesa L., Rogers, Richard B., Krogstad, Jessica A.

“…Aerogels are a promising class of materials for lightweight, high‐performance insulation. However, their high specific surface area contributes to rapid…”
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Phase development and pore stability of yttria‐ and ytterbia‐stabilized zirconia aerogels by Hurwitz, Frances I., Rogers, Richard B., Guo, Haiquan, Garg, Anita, Olson, Nathaniel S., Phan, David, Cashman, Jessica L.

“…High‐porosity yttria‐ and ytterbia‐stabilized zirconia aerogels offer the potential of extremely low thermal conductivity materials for high‐temperature…”
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Role of synthetic parameters on structure and thermal stability in yttria-stabilized zirconia aerogels by Olson, Nathaniel S., Meyer, Jordan A., Hurwitz, Frances I., Guo, Haiquan, Stokes, Jamesa L., Krogstad, Jessica A.

“…The application temperature and exposure time of lightweight, high performance aerogel insulation is limited by the thermal stability of the aerogel system…”
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Optimization of Alumina and Aluminosilicate Aerogel Structure for High-Temperature Performance by Hurwitz, Frances I., Gallagher, Meghan, Olin, Tracy C., Shave, Molly K., Ittes, Marlyssa Α., Olafson, Katy N., Fields, Meredith G., Guo, Haiquan, Rogers, Richard B.

“…Alumina and aluminosilicate aerogels offer potential for use at temperatures above 700°C, where silica aerogels begin to sinter. Stability of alumina and…”
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Influence of Ti addition on boehmite-derived aluminum silicate aerogels: structure and properties by Hurwitz, Frances I., Guo, Haiquan, Rogers, Richard B., Sheets, Erik J., Miller, Derek R., Newlin, Katy N., Shave, Molly K., Palczer, Anna R., Cox, Michael T.

“…Aluminosilicate aerogels offer potential for extremely low thermal conductivities at temperatures greater than 900 °C, beyond where silica aerogels reach their…”
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Post-Synthetic Modification of Yttria-Stabilized Zirconia Aerogels with Silica Coatings for Enhanced Thermal Stability by Olson, Nathaniel S., Stokes, Jamesa L., Guo, Haiquan, Hurwitz, Frances I., Rogers, Richard B., Shah, Nachiket, Krogstad, Jessica A.

“…Maintaining high surface area and porosity at high temperatures is important when considering aerogels for use in thermal management systems. The mesoporous…”
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Thermal stability of M x O y ‐doped zirconia aerogels (M = Y, Yb, Gd, Ce, Ca) studied through 1200°C by Olson, Nathaniel S., Hurwitz, Frances I., Stokes, Jamesa L., Guo, Haiquan, Rogers, Richard B., Krogstad, Jessica A.

“…Abstract The high porosities and low densities of ceramic aerogels offer outstanding insulative performance in applications where weight is a critical factor…”
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Optimizing surfactant templating of yttria-stabilized zirconia aerogels for high-temperature applications: Effect of anionic and nonionic surfactant by Walker, Rebecca C., Penzer, Kimberly E., Stokes, Jamesa L., Hurwitz, Frances I., Guo, Haiquan, Ferri, James K.

“…Aerogels, mesoporous materials with extreme material properties including high specific surface area, low density, and low thermal conductivity, can be useful…”
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Enhanced thermal stability of high yttria concentration YSZ aerogels by Olson, Nathaniel S., Hurwitz, Frances I., Guo, Haiquan, Madden, Nathan J., Stokes, Jamesa L., Rogers, Richard B., Krogstad, Jessica A.

“…Not provided…”
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A Study of Indexer Consistency by Hurwitz, Frances I

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An analysis of molecular interactions involved in the assembly of tropomyosin tactoids by Hurwitz, F I, Walton, A G

“…Arrangements of parallel and antiparallel tropomyosin molecules are examined for residue interactions which might explain the paracrystal forms observed by…”
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On determination of fibre fraction in continuous fibre composite materials by Whittenberger, J. Daniel, Hurwitz, Frances I., Ricca, John J., Jurta, Rebecca M.

“…It is pointed out that the fiber volume fraction is probably the most important parameter influencing the properties of fibrous composite materials. The…”
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