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Nonstoichiometric Compounds April 3-8, 2005 Kauai, Hawaii

机译:非化学计量化合物2005年4月3日至8日,夏威夷考艾岛

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摘要

The aim of this conference is to bring together scientists from diverse disciplines, who are working on nonstoichiometric compounds (oxides, nitrides, oxynitrides, chalcogenides, intermetallics, etc.). Traditionally, the effects of stoichiometry deviations in oxides were investigated by those looking to understand and control the electrical, diffusional, and in many cases, the mechanical properties of these materials, with the aim of using them as solid oxide fuel cell electrodes, as sensors, as permeation membranes, and in various other electrochemical reactors. Complex oxides that exhibit nonstoichiometry are now also employed in high T_c superconducting devices and as transparent conducting electrodes in displays and photovoltaics. These and other oxides are being developed for all-oxide electronics, high speed photonics and magnetoresistive devices. Furthermore, driven by the semiconductor industry interest has also expanded to include nitrides, chalcogenides, oxynitrides, oxychalcogenides, etc.
机译:这次会议的目的是召集来自不同学科的科学家,他们正在研究非化学计量的化合物(氧化物,氮化物,氮氧化物,硫族化物,金属间化合物等)。传统上,希望了解和控制和控制这些材料的电学,扩散以及在许多情况下的机械性能的人员会研究氧化物中化学计量偏差的影响,目的是将其用作固体氧化物燃料电池电极,用作传感器,作为渗透膜,以及在其他各种电化学反应器中。表现出非化学计量的复合氧化物现在也用于高T_c超导设备中,并用作显示器和光伏发电中的透明导电电极。这些氧化物和其他氧化物正在开发用于全氧化物电子学,高速光子学和磁阻器件。此外,在半导体行业的推动下,人们的兴趣也扩大到了氮化物,硫属元素化物,氮氧化物,硫属元素化物等。

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