1) shear thinning
剪切致稀
2) shearing-thin
剪切稀变
1.
Results show that colloidalmicrocrystalline cellulose can form gel in water,its solution has the character of shearing-thin,high temperature and pressure can help the colloidal microcrystalline cellulose form gel in water,the solution of colloidalmicrocrystalline cellulose is stable in middle range of pH,Ca2+ may obviously r.
研究了胶态微晶纤维素在水溶液中的浓度、溶液的pH值、温度、金属离子、剪切速率、剪切和静置时间、热处理温度和时间、高压均质处理等对胶态微晶纤维素粘度的影响,结果表明:胶态微晶纤维素在溶液中可形成凝胶,形成的凝胶具有摇溶性,胶态微晶纤维素溶液具有典型的剪切稀变性和良好的时变性,在低酸性条件下具有较好的稳定性,高温和高压处理有利于胶态微晶纤维素在溶液中的分散,二价金属离子会显著影响其粘度。
3) shear thinning
剪切稀化
1.
Developing a shear thinning non-Newtonian fluid to substitute blood is desirable in studies of biomedicine engineering since blood is a shearing thinning non-Newtonian fluid that exhibits both viscous and elastic properties,and generally not available in large volume.
运用美国brook公司生产的PVS Rheometer型旋流变仪对黄原胶溶液流变特性实验发现,黄原胶溶液是一种典型的剪切稀化流体,其剪切应力和剪切速率符合幂律分布;黄原胶溶液浓度越高,其剪切稀化特性越强;黄原胶溶液的表观粘度与溶液温度成反比,与溶液浓度成正比;人体血液的表观粘度介于0。
2.
The effect of clearance of bearing and shear thinning on lubricant characteristic was analyzed synthetically under thin film lubrication.
综合考虑薄膜润滑条件下间隙变化和剪切稀化对润滑剂性能的双重影响,得到了润滑剂在剪切稀化下的等效粘度模型,由此推导出考虑剪切稀化时的广义Reynolds方程和能量方程,得到了温度场的分布规律和温度与各性能参数的关系。
3.
According to lubricant characteristic at micro-clearance,an integrate viscosity correcting model was obtained when the adsorbent effect of wall and the shear thinning were considered.
根据润滑剂在微间隙下的特性,综合考虑壁面吸附层效应和润滑剂剪切稀化特性,得到简化的综合修正粘度计算模型,并运用此结果进行了薄膜润滑轴承的性能分析,得到各参数与轴承润滑性能的关系。
4) dilution shearing
剪切稀释
1.
During indoor or outdoor experiments,we founded the mud system of preventing oozing slurry with main per-formances of dilution shearing(flow resistance reducing),filtration control,against sloughing and so on.
经过大量室内外实验,得出以高剪切稀释(降低流阻)为主要性能指标,同时兼有降滤失、抑制孔壁失稳等性能的防冒浆钻井液体系。
5) shear-thinning
剪切变稀
1.
The results of simulation predict show that the shear viscosity value increases with the temperature increasing,and the model displays shear-thinning.
结果表明,随温度升高,聚合物黏度下降,随剪切速率的升高伴随有假塑性剪切变稀现象发生,并且弹簧拉伸常数不同,聚合物黏度稳态值也不同。
6) shear thickening
剪切致稠
补充资料:场致发光材料(见电致发光材料)
场致发光材料(见电致发光材料)
electroluminescent material
见场致发光材料eleetrolumineseent material 电致发光材料。
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