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Intellectualized Design Method and Technology of Dished Spring Die under CATIA V Circumstances
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CATIAV环境下碟簧模智能化设计方法与技术 |
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Intelligent Algorithm Based Semi-Active Control of MR Dampers
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基于智能算法的MR阻尼器半主动控制 |
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Intelligent Dialer for Multi-accounts
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多帐号智能拨号器 |
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Intelligent Thermal Management of Laptop Computer
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笔记本电脑的智能热管理 |
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Intensity Analysis after Fixing Circlet on the DF Series Locomotive Wheelset
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DF系列机车轮对轮箍加装扣环后的强度分析 |
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Interaction of Munc8 and Syntaxin in the Regulation of Insulin Secretion in Pancreatic β Cells
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Syntaxin和Munc8的相互作用及其在胰腺β细胞分泌中的功能研究 |
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Interaction of a novel peptoid enhancer—arginine oligomer with bovine submaxillary mucin
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新型肽类促进剂—寡聚精氨酸与牛颌下腺粘蛋白的相互作用(英文) |
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Interaction of light with dressed atoms
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光和Dressed原子的相互作用 |
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Interactive Markov Chains: Theory and Applications
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交互式马尔可夫链：理论与应用 |
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Interdiffusion coefficient in Ir Mo phase was: D=9.0×0-9exp(-. eV/kT) (cm/s), and D=.0×0-0 exp(-.eV/kT) (cm/s) for Iridium solid solution. The features of Iridium/Molybdenum diffusion in the thruster were determined.
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计算得到Ir Mo相中的互扩散系数为:D=9.0×0-9exp(-.eV/kT)(cm/s),Ir基固溶体中的互扩散系数为:D=.0×0-0exp(-.eV/kT)(cm/s)。 |
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Interdiffusion coefficient in iridium solid solution and in rhenium solid solution is: D=.7×0- exp(–.80 eV/kT)(cm/s) and D=. ×0-8 exp(–. eV/kT) (cm/s), respectively, between 00℃~000℃.
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计算得到在00℃~000℃时Ir基固溶体中的互扩散系数为:D=.7×0-exp(–.80eV/kT)(cm/s),Re基固溶体中的互扩散系数为:D=. ×0-8exp(–.eV/kT)(cm/s)。 |
