1) Infiltration
入渗性
1.
Soil Infiltration Under Different Patterns of Land Use in Gully Erosion Area of the Jinshajiang River Basin;
在保持原有植被条件下,采用野外双环入渗法对金沙江支流安宁河谷冲沟侵蚀发生区4种土地利用条件下(荒草地活动沟、荒草地稳定沟、裸地活动沟、耕地)土壤入渗性进行研究。
2) infiltrability
入渗性能
1.
Principles and errors of measuring infiltrability with horizontal soil column and Green-Ampt model;
用水平土柱与Green-Ampt模型方法测量土壤入渗性能的原理与误差
2.
Field application of the linear run-on method for soil infiltrability measurement;
线源入流方法测量土壤入渗性能的田间应用
3.
Principle of the automatic system for measuring soil infiltrability and its application;
土壤入渗性能自动测量系统原理与应用研究
3) soil permeability
土壤入渗性能
1.
In order to definitude soil permeability of typical plant communities of Jinyun Mountain,this paper studied the soil of different .
土壤入渗性能既是评价土壤水源涵养作用的重要指标又是反映土壤抗侵蚀能力的重要指标,是土壤水分研究的重要内容。
4) infiltration
入渗
1.
A coupling analysis of slope runoff and infiltration under rainfall;
改进的斜坡降雨入渗与坡面径流耦合算法研究
2.
Study on beginning infiltration law of the being wild soil in loess plateau;
黄土坡耕地弃耕后土壤入渗变化规律及影响因素
3.
Coupling numerical simulation of slope runoff and infiltration under rainfall conditions;
降雨条件下坡面径流和入渗耦合的数值模拟
5) infiltration rate
入渗速率
1.
Study on spatial variation of infiltration rates for small watershed in loess plateau;
黄土丘陵区小流域土壤入渗速率空间变异性
2.
The results showed that as the density increasing,infiltration rate of gangue decreases fast: the starting infiltration rate,constant infiltration rate,average infiltration rate of 1.
5煤矸石的初始入渗速率、稳定入渗速率和平均入渗速率分别是煤土体积比为1∶1。
3.
In both circumstances, the interface between the cover and the underlying waste was not saturated during the experiment, which results in a much higher infiltration rate through the liner than its designed infiltration capacity (permeability).
两种情况下 ,盖层底部与废物层交界处始终处于非饱和状态 ,造成通过盖层的水分入渗速率远远大于其设计入渗能力 (渗透系数 ) ,反映了强透水的废物层对盖层防渗性能的不利影响。
6) infiltration capacity
入渗量
1.
Based on seepage control measures of red mud piled field at present,the paper discusses the environment capacity of area groundwater to red mud ash water and the daily infiltration capacity of red mud ash water under the situation of controlling seepage measures,and assesses the seepage control measures and the infection which the piled field brings to groundwater quality on steady.
基于其防渗处理现状,文章探讨了该区域地下水对赤泥冲灰水的日最大允许入渗量,和赤泥冲灰水的实际日渗透量。
2.
The results showed that the difference in infiltration capacity among different plots is significant compared with the control.
结果表明:不同水土保持措施降雨入渗量动态变化存在差异,依次为:梯壁植百喜草的标准水平梯田区、横坡间种区、梯壁不植百喜草的水平梯田区、柑橘清耕区和裸露对照区。
参考词条
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。