phase transformation

phase transformation的基本解释

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相变, 相转变, 物相变化

与phase transformation相关的网络例句 [注：此内容来源于网络，仅供参考]

The results show that constitutional phases in the 〓 alloy is the same as that in the 〓 alloy, but phase composition and transformation temperatures of two alloys are quite different. The Ms temperature of the 〓 alloy is lower than-180℃. In order to enable the alloy to be used for making pipe couplings, it is necessary to control Al addition and to increase Ti addition in the alloy. In the 〓 alloy, there exist three constitutional phases: TiNi matrix phase with B19′structure,β-Ta phase and NiTa〓 phase. Transformation temperatures, M〓, Ms, As and A〓, of the alloy are 55℃, 66℃, 94℃ and 109℃, respectively.

结果表明，〓合金显微组织的相组成物与〓合金一样，但相成分明显不同，相变温度相差较大，其Ms温度低于-180℃，要想使该系合金用于制作记忆合金管接头，必须控制铝的添加量并提高合金中的钛含量使合金的Ms温度控制在-80℃～-100℃之间；〓合金是由具有B19'结构的TiNi基体相、β—Ta固溶体和NiTa〓化合物三相组成的，其相变温度M〓、Ms、As和A〓分别为：55℃、66℃、94℃和109℃。

Keywords: Phase transformation; Impact; Phase transformation Taylor's Bar; Constitutive model; Phase boundary

中文关键词：相变冲击；相变Taylor杆；相变本构；相边界

In order to meet the demand of precise measurement and applications, the principle of phase retardation with oblique incident angle is expounded, based on the total-reflection phase transformation theory of the phase retardation. By means of Fresnel rhomb, the variation law of the phase retardation for rhomb-type retarder with the incident angle is analyzed. The result indicates that incident angle has obvious influence over the phase retardation.The phase retardation is sensitive to the incident angle, and also has close correlation to incident position of the incident ray, which is asymmetrical to the incident position of the incident ray.

为满足精确应用和测量的需求，从相位延迟的全反射相变理论出发，阐述了斜入射相位延迟原理，以菲涅耳菱体为例，分析了菱体型相位延迟器相位延迟随其入射角变化的规律性，结果表明：当光线非严格准直时，光的入射角对相位延迟量有明显的影响，延迟量不但对入射角变化敏感，而且还与入射光线的入射方位密切相关，呈不对称形式。

与phase transformation相关的网络解释 [注：此内容来源于网络，仅供参考]

three-phase transformer：三相変圧器

three-phase to two-phase transformation 三相二相変換 | three-phase transformer 三相変圧器 | three-phase voltage source inverter 三相電圧形インバータ

phase transformation theory：相变理论

phase transformation 相变,相位变换,相转变 | phase transformation theory 相变理论 | phase transformer 相位变换器,变相器

phase transformation range：相变范围

phase transformation 相数变换,相位变化 | phase transformation range 相变范围 | phase transformation toughened ceramic 相变增韧陶瓷