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1)  anti-seepage stability
防渗稳定性
1.
Results show that the soda residue/subclay intercalation compound liner has excellent anti-seepage stability and attenuation ability of heavy metal,COD_(Cr) and NH_4~+-N in leachate,which can come up to the.
为考察白泥复合防渗衬层的防渗稳定性和对污染物的阻滞去除能力,利用自制击实渗透仪对白泥和亚粘土防渗衬层进行了对比研究。
2)  seepage stability
渗透稳定性
1.
Simulating test study on the seepage stability of the soil-geotextile filtration under cyclic flow;
往复水流条件下土工织物反滤系统渗透稳定性模拟试验研究
2.
Analysis of seepage stability and deformation of dam for Doupo Reservoir;
陡坡水库大坝渗透稳定性及渗透变形分析
3.
Effects of cracking of anti-seepage concrete wall on seepage stability of dam foundation;
混凝土防渗墙开裂对坝基渗透稳定性的影响
3)  seepage stabilization
渗透稳定性
1.
In this paper,the types,causes and regular patterns of hydro-structure seepage failure are discussed and seepage stabilization are analytically studied as well.
阐述了水工结构渗透破坏的成因、规律,对堤坝渗透稳定性问题进行了分析研究,提出了堤防除险加固的措施。
2.
In this paper,the types,causes and regulations of dikes seepage deformation are discussed and dikes seepage stabilization are analytically studied as well.
阐述了堤防渗透变形的类型、成因、规律,并对堤坝渗透稳定性问题进行了分析研究。
4)  seepage stability
渗流稳定性
1.
The safety of the Jiujiang dike was evaluated from the viewpoint of the seepage stability by the probability analysis and two dimensional saturated seepage finite element method combining with the mechanism of seepage burst.
在分析中,结合九江市堤防溃口的渗流破坏机理,采用二维饱和渗流有限元和概率分析方法,从渗流稳定性的角度,研究了在随机条件下九江市防护大堤的抗渗安全问题的可靠性分析方法。
2.
It is difficult to make quantitative evaluation of seepage stability in dam area by conventional engineering methods due to uncertainties of many factors.
耿楼枢纽工作区内建筑物结构复杂,诸多因素存在不确定性,采用常规的工程手段很难对闸址区的渗流稳定性做出定量的评价。
5)  seepage stabilization analysis
渗流稳定性分析
6)  the dam foundation's seepage stability
坝基渗透稳定性
补充资料:糖尿病非酮症性高渗性昏迷


糖尿病非酮症性高渗性昏迷
diabetic hyperosmolar nonketotic coma

糖尿病患者由于感染、尿毒症、电解质紊乱、甲亢、尿崩症等原因使血糖升高引起渗透性利尿,细胞内失水,特别是脑细胞可引起昏迷和死亡。特点起病慢,常被诱发本病的疾病或伴随症状所掩盖。早期呈原有糖尿病症状加重,嗜睡,逐渐进入昏迷状态。血糖>28~54mmol/L,血钠>145mmol/L,血浆渗透压>310mmol/L,血、尿酮体无明显增高,无酸中毒。用等渗液或低于血浆渗透压40mmol/L的高渗液治疗,予以小剂量胰岛素,防止因血糖降低使血浆渗透压下降过快引起脑水肿。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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