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US-India Cooperative Research: H2 Solubility as a Probe for Pd/Oxide Composites Prepared by Internal Oxidation of Pd Alloys

US-India Cooperative Research: H2 Solubility as a Probe for Pd/Oxide Composites Prepared by Internal Oxidation of Pd Alloys
美印合作研究:以氢气溶解度为探针,研究钯合金内氧化制备钯/氧化物复合材料
批准号:
9905929
负责人:
Ted Flanagan
金额:
$0.9万
依托单位国家:
美国
项目类别:
Standard Grant
财政年份:
2000
资助国家:
美国
项目状态:
已结题
起止时间:
2000-01-15 至 2003-12-31

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9905929Flanagan Description: This award supports the material sciences research entitled "US-India Cooperative Research: H2 Solubility as a Probe for Pd/Oxide Composites Prepared by Internal Oxidation of Pd Alloys." The collaborators are Ted B. Flanagan, Department of Chemistry, University of Vermont and R. Balasubramaniam, Department of Materials and Metallurgical Engineering, Indian Institute of Technology, Kanpur. The goal of the research is to understand the relationship between the microstructure of materials and their properties such as H2 solubilities. This project will explore the relationship by combining the expertise of the US PI in physical chemistry with that of the Indian PI in physical metallurgy in order to understand the characteristics of composite materials using H solubility as a probe and relating these to the microstructure. Scope: Based on past successful collaboration that has produced three joint publications, there is every expectation that these researchers will continue to work fruitfully. Flanagan with his students will carry out thermodynamic studies in the US and Balasubramaniam with his students will perform the microstructural characterization studies at the Advanced Centre for Materials Science at Kanpur. This collaboration will benefit both educational institutions and provide an opportunity for the PIs students to gain a unique research perspective. This joint effort is well balanced technically and should result in mutual benefits.
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Hydrogen-Induced Lattice Rearrangements in Alloys
US-Sweden Cooperative Science: Hydrogen in Transition MetalP-Element Compounds
Hydrogen-Induced Lattice Rearrangements in Alloys
The Effects of Hysteresis, Impurities and Isotopic Substitution on Metal-Hydrogen Phase Diagrams (Materials Research)
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