Comparision of elastic and anelastic properties of SiC and MoSI_2/Ti_5Si_3 as a function of temperature

机译：SiC和MoSI_2 / Ti_5Si_3的弹性和非弹性性能随温度变化的比较

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The piezoelectric ultransonic composite oscillator technique (PUCOT) was used at frequencies near 120 kHz to measure theelastic and anelastic properties of two kinds of advanced ceramics as a function of temperature (T) up to about 1300 K and of strain amplitude in the range 10~(-7). The specimens consisted of commercially available silicon carbide (SiC) from Norton Co., reaction-formed SiC (RFSC) (with and without molybdenum disilicide (MsSI_2) additions) made at NASA Lewis Research Center, and MoSi_2/Ti_5Si_3 (with Ti_5Si_3 (pentatitanium trisilicide) concentrations in the range 10 to 50

机译：压电超声复合振荡器技术（PUCOT）用于在120 kHz附近的频率下测量两种先进陶瓷的弹性和非弹性性质，该性质取决于温度（T）高达1300 K和应变幅度在10〜（-7）。标本由美国诺顿公司（Norton Co.）的市售碳化硅（SiC），由美国宇航局刘易斯研究中心（NASA Lewis Research Center）生产的反应形成的碳化硅（RFSC）（添加和不添加二硅化钼（MsSI_2））和MoSi_2 / Ti_5Si_3（带有Ti_5Si_3（五金属钛）三硅化物）浓度范围为10至50

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《International Symposium on M~3D III: Mechanics and Mechanisms of Material Damping Norfolk, Virginia, 15-17 Nov. 1995.》|1995年|p.214-226|共13页
会议地点 Norfolk VA(US)
作者
Alan Wolfenden; K.J.Bauer; P.B.Kury; K.A.Oliver; P.J.Rynn; J.J.Petrovic; M.Singh;
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原文格式 PDF
正文语种 eng
中图分类一般工业技术;
关键词
ceramics; silicon carbide; molybdenum disilicide; pentationaium trisilicide; elastic; anelastic; temperature; ultrasonics; Yong's modulus; damping; strain amplitude;

机译：陶瓷;碳化硅二硅化钼五硅化五ation弹性无弹性温度;超声波勇氏模量阻尼应变幅度;

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Comparision of elastic and anelastic properties of SiC and MoSI_2/Ti_5Si_3 as a function of temperature

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