毛细管水

方法：大鼠慢性植入胃肠测压管，用低顺应性毛细管水灌注系统记录大鼠游泳前后胃和十二指肠压力变化，并抽静脉血测定血浆胃动素浓度。

Methods Manometric catheter was chronically implanted into rat 's gut . The pressures of antrum and duodenum were recorded using low compliance capillary water perfusion system , and venous blood samples were taken for measuring plasma motilin .

颗粒间存在的分子结合水与毛细管水，使颗粒之间结合牢固，解决了扫描过程不稳定的问题。

And the difficulty of the instability of the particles when the scanning process was going on was conquered by molecular binding water and capillary water which existed in the interspaces of the particles and made them band together hard .

方法应用低顺应性毛细管水灌注消化道腔内测压系统记录清醒狗胃和十二指肠的收缩活动。

Methods Gastrointestinal contractile activity was measured with low compliance capillary water perfusion manometric system .

易被水润湿的多孔介质可形成毛细管水，并且毛细压力具有促进界面蒸发的作用。

Porous media wettable by water can from capillary effect and capillary pressure accelerates evaporation of water from the interface .

如何破坏纤维与胶体等物质形成的蓄水结构，将不易去除的吸附水、毛细管水转为易去除的重力水是粪便生物脱水重点研究方向。

How to destroy the structure of stores water made up of fiber and colloid forms may be a key to manure dewater fast .

方法：选择肠镜检查确诊的溃疡性结肠炎活动期患者12例，用低顺应性毛细管水灌注系统于患者治疗前后进行直肠肛门压力测定，并与健康人10例比较。

Methods 12 cases of patients with UC diagnosed by colonoscopy participated in the study , and 10 healthy subjects as controls . Anorectal manometry was performed in all subjects , using low compliance capillary water infusion system .

本文在阐述织物湿传导途径的基础上，分析织物的吸湿、润湿特性和导湿机理，推导织物中毛细管液态水运输总流量公式。

Based on describing the ways of moisture transmitting of fabric , the article analyzes the moisture absorption , wet ability and moisture transmitting mechanism of woven fabric , and deduces the capillary water transport total flow formulas .

利用毛细管柱测定水和废水中的苯系物

Determination of Benzols in Water and Wastewater By Capillary Column

其中粉粒含量高，粒径较均匀，毛细管发育，水稳性差，且具有冻敏性，使得粉土为不适宜填筑路基的土质之一。

With the high silt content , uniform particle size , developed capillary , stability of poor water , and frozen sensitive , the silt is not suitable to be the material of soil sub-grade .

水相体系毛细管电泳与非水体系毛细管电泳分离手性药物的比较

The comparation of nonaqueous and aqueous capillary electrophoresis in chiral separation

高效毛细管电泳用于油田水及甘酪根水热降解物中有机酸分析

^ Analysis of Organic Acids in Degradation Product of Kerogen and Oil Field Water by High Performance Capillary Electrophoresis

指出外来流体在油、气层中的毛细管力是控制水锁效应的主要因素，并用渗速率恢复试验加以证实。

It is verified by permeability recovery experiment that the capillary tube force of extraneous fluids in oil-gas formations is the main factor of controlling water lock effect .

土壤粘附强度主要由毛细管作用力和界面水膜粘滞力构成，固体表面性质对其产生影响。

The soil adhesive strength is mainly composed of capillary pressure and viscous resistance of the water film , which are affected by the nature of solid surface .

根据毛细管张力理论，多孔材料在干燥过程中，当毛细管水完全失去时，积聚在固体材料内的弹性应变能将释放，导致材料的不连续收缩。

According to capillary tension theory , the elastic strain energy of porous materials will be released when their capillary water loses completely in the drying precess .