1) capillary pulling power
毛细拉力
2) OPTIM Fine fiber
拉细羊毛
1.
The characteristics of OPTIM Fine fiber are compared with other animal fibers based on measurements.
通过对新型改性羊毛纤维———拉细羊毛纤维与其它动物纤维性能的测试对比,表明拉细羊毛纤维的细度、长度特征和强伸性均不同于其它纤维,具有丝纤维和羊绒纤维的部分特征,从而为拉细羊毛纤维的生产加工和产品开发提供一些借鉴。
2.
In regard of worsted fabrics using OPTIM fine fiber and its blend with other materials,the morphol- ogy of OPTIM fine fibers and fabrics were observed by Scanning Electron Microscopy(SEM),the properties of compression and luster were measured,the classification based on the main technique for the fabrics were carried in the paper.
以拉细羊毛(OPTIM)纤维纯纺及与混纺织物为对象,应用扫描电子显微镜(SEM)观察拉细羊毛及其织物表观形态结构,测试了织物压缩性和织物的光泽,进行了织物因子聚类分析。
3) OPTIM fine fibre
拉细羊毛
1.
In the same time some research works are also carrying out on the properties study,dyeing technique,optimizing blending ratio,and processing performance of OPTIM fine fibre.
应用拉细羊毛纤维OPTIM,结合领先的纺织、染整设备,独特的生产工艺设计,以及先进的加工整理手段,对拉细羊毛的纤维性质、染色工艺、混纺比例、加工技术、产品开发做了较为全面的研究分析和试验,通过措施的细化、完善,工艺的优化、调整,总结出了拉细羊毛与不同性质的原料混纺及不同含量拉细羊毛产品的加工技术和产品开发经验。
4) picking resistance
拉毛阻力
1.
Pick tests were carried out using eight kinds of liquids (pick oil and ink) and seven grades of paper to study the relationship between tack and viscosity,tack and picking resistance of paper.
临界Ｔａｃｋ值度量了纸张拉毛阻力的大小，Ｔａｃｋ值与速度的关系度量了油墨拉毛强度的大小。
5) capillary force
毛细管力
1.
The result showed that the fluid flow for the water-wet system is countercurrent at high capillary force.
研究结果表明,注入水渗吸体系因毛细管力较高、毛细管力与重力比值较大,其渗吸过程为毛细管力支配下的逆向渗吸。
2.
A purely geometric model is built to calculate the difference in surface free energy of fluidic self-assembly system using the capillary forces.
建立了一种计算模型 ,用于计算基于毛细管力流体自装配系统表面自由能。
3.
Main driving force for migration of separate phase natural gas is buoyancy,and resistance is capillary force.
在静水条件下,游离相天然气运移的主要动力是浮力,阻力是毛细管力。
6) capillary pressure
毛细压力
1.
Influence of a nonionic surfactant on the relationships between capillary pressure and saturation in two-phase system;
非离子表面活性剂对两相系统毛细压力和饱和度关系的影响
2.
Experimental study of relationship between capillary pressure and saturation in two-phase system in porous media;
多孔介质两相系统毛细压力与饱和度关系试验研究
3.
Experimental study of capillary pressure-saturation relationships for immiscible liquids in porous media;
多孔介质不溶混流体毛细压力与饱和度关系实验研究
补充资料：草莓样毛细血管瘤
草莓样毛细血管瘤
strawberry capillary hemangioma
是较小的血管瘤，突出于皮肤表面，好发于面颈部；表面高低不平，似草莓状，界线清楚，呈鲜红或紫色，可逐渐增大及变深而侵入邻近组织及器官。该血管瘤有时可自行消退，或停止发展，但亦可增长甚快，故一旦发现增长过速、扩散或加深，即应进行有效的治疗。
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