1) capillary water
毛细水
1.
The GEO-SLOPE software was used to simulate and analyze capillary water s ascension height within soil columns in the presence of a water table.
应用GEO-SLOPE软件模拟了立于水中的圆柱形土柱,分析了土柱中毛细水的上升高度,并做了相关的土柱试验,观测土柱中含水量变化。
2.
The concrete treatment methods and measures,including changing and filling soil,material requirements and key to construction,are proposed based on the results of indoor mechanical experiment to soil quality of stratum and physical natures of soft ground,Meanwhile the rising height of capillary water is considered and computed after the treatment.
针对地层土性、软土的物理力学性质,根据室内力学试验结果提出具体的处理方法和措施,包括换填、材料要求以及施工要点;并考虑计算处理后毛细水上升高度。
3.
In the paper, the problems are quantitatively calculated about the pore-water pressure coefficient and diaphram wall aging stability analysis on the basis of the conception of negative pore-water pressure produced from capillary water, which is directive to engineering practices.
该文从毛细水产生负孔隙水压力概念入手 ,对较难确定的孔隙水压力系数以及较抽象的地下连续墙时效稳定分析等问题进行了定量计算 ,以期对工程实践有一定的指导作
2) capillary water absorption
毛细吸水
1.
The capillary water absorption properties of concrete with different water-cement ratios containing different volume fractions of aglite with different water absorptions were tested.
研究了不同掺量(体积分数)、具有不同吸水率的陶粒配制不同水灰比的混凝土的毛细吸水性能,以及混凝土内部陶粒及界面区的孔结构和多孔陶粒对混凝土毛细吸水性能的影响。
3) capillary dewatering
毛细脱水
4) capillary water
毛细水分
5) water of capillarity
毛细管水
6) Capillary saturation zone
毛细饱水带
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