1) Elastomer microspheres
弹性体微球
1.
Fabrication and electricity properties of Ag-Cu covered elastomer microspheres by electroless plating;
Ag-Cu包覆橡胶弹性体微球的制备及其电性能研究
3) microcellular elastomer
微孔弹性体
1.
Polyether -urethane microcellular elastomer shoe sole;
新型聚醚聚氨酯微孔弹性体鞋底材料
2.
Study on polyether-type polyurethane microcellular elastomer;
新型聚醚聚氨酯微孔弹性体的研制
4) cellular elastomer
微孔弹性体
1.
Polyether-ester polyurethane cellular elastomer sole;
聚(醚-酯)型聚氨酯微孔弹性体鞋底材料
5) elastic microsphere emulsion
弹性微球乳液
1.
Experimental study on profile control and flooding with polymer elastic microsphere emulsion;
聚合物弹性微球乳液调驱实验研究
6) micropolar elastic solids
微极弹性固体
1.
The generalized variational principle of micropolar elastic solids was induced by using the variational integral method,which attested that the vallational integral method has the feasibility and applicability for derivation of generalized variational princi-ples for generalized continuum mechanics.
本文应用变分方法推导出微极弹性固体的广义变分原理,说明了该方法对广义连续统理论的可行性和实用性。
补充资料:微球增强体
分子式:
CAS号:
性质:微球增强体可分为空心微球和实心微球两类。因为它们是表面光滑的完整球粒。具有低的比表面积,形状匀称一致,不刻蚀金属,高的破裂强度,故其压强强度也高,热稳定性高,而且惰性大,是树脂基理想的填料和增强体。
CAS号:
性质:微球增强体可分为空心微球和实心微球两类。因为它们是表面光滑的完整球粒。具有低的比表面积,形状匀称一致,不刻蚀金属,高的破裂强度,故其压强强度也高,热稳定性高,而且惰性大,是树脂基理想的填料和增强体。
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