1) cold-work Peak
冷加工内耗峰
2) cold work peak
冷加工峰
3) internal friction peak
内耗峰
1.
The experimental results show that the internal friction peak of the material in the three conditions appears differently, and the influence of temperature on the characteristics of frequence of internal friction in the 3-Point Bending mode is greatest;the strain-amplitude effects of the three.
结果表明:泡沫铝硅合金在不同边界条件下的内耗峰出现情况不同,且温度对三点弯曲模式时内耗的频率特性影响最大;三种边界条件下泡沫铝硅合金的内耗的振幅效应基本相似;温度对该材料在三点弯曲模式比单双悬臂梁振动模式下内耗的影响更大。
2.
The results show that, the internal friction spectra of the samples exhibit internal friction peak at about 150 ℃.
结果表明 :该材料在 15 0℃附近有一温度内耗峰 ,且随频率增加该峰峰位向高温移动而峰高降低。
4) damping peak
内耗峰
1.
Moreover, two relaxation damping peaks were found in the composite samples, peakⅠon about 150℃ appeared not only in pure magnesium but also in its.
并且2个弛豫内耗峰存在于复合材料试样中,出现在约150℃的峰Ⅰ不仅存在于纯镁试样中而且还存在于其复合材料试样中,认为其与位错的运动有关;出现在约250℃的峰Ⅱ仅存在于复合材料的试样中,分析认为是由于碳化硅颗粒与镁基体的界面滑移所致。
2.
The effect of five typical heat treatment technologies on the damping properties and the damping peak of the SiCP/6061Al MMC, fabricated by spray atomization and deposition, was studied.
采用喷射共沉积方法制备了SiCP/6061Al复合材料,研究了五种热处理工艺对其阻尼性能和内耗峰的影响。
3.
Furthermore, relaxation damping peaks appearing in every heat treated sample were analyzed, the relevant activation energies were also calcula.
另外，对出现在各热处理态试样中的弛豫内耗峰进行了比较和分析，计算得到了各自相应的激活能，对其产生机制进行了探讨。
5) α internal friction peak
α内耗峰
1.
The dynamic mechanical studies for two miscible polymer systems PEO/PMMA and SAN/PMMA showed that, just as expected, the glass transition temperature T g values, the height of α internal friction peak, and the temperature dependence of relaxation time of all the blends were between the neat components, and had a strong component dependence.
选择两组分玻璃化温度较远的PEO/PMMA以及玻璃化温度相近的SAN/PMMA两个均相共混体系为研究对象 ,考察了组分组成对共混物α内耗峰峰高、峰宽以及温频关系的影响 。
6) internal friction frequency peak
频率内耗峰
补充资料：玻璃冷加工
分子式：
分子量：
CAS号：
性质：玻璃在常温下进行机械加工的方法。最主要是研磨和抛光。此外，还有切削、钻孔、磨砂和喷砂等。可消除成型后的表面缺陷，保证正确的几何形状。
分子量：
CAS号：
性质：玻璃在常温下进行机械加工的方法。最主要是研磨和抛光。此外，还有切削、钻孔、磨砂和喷砂等。可消除成型后的表面缺陷，保证正确的几何形状。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条