1) initial moisture content
最初含水率(林)
2) initial MC
初含水率
1.
First, to analyze the volatilization reason and influencing factor of VOCs, and to determine composition and content by experimentation, and the influencing degree of drying temperature and initial MC for VOCs.
本研究采用理论分析和实验相结合的方法，首先从理论上分析产生VOCs的原因和影响VOCs挥发的因素，通过实验确定了兴安落叶松干燥过程中VOCs的组成和含量，以及干燥温度及初含水率对VOCs挥发的影响程度，根据理论分析和实验结果，建立了干燥温度和初含水率与VOCs挥发量之间的关系；最后提出了减少VOCs挥发的措施。
3) initial water cut
初始含水率
1.
Factors affecting the initial water cut in ultra-low permeability oil reservoirs of north Fan31 block;
樊31北块特低渗透油藏初始含水率的影响因素
2.
The results reveal that the initial water cut of low saturation sandstone reservoirs may experience a stable fluctuating phase, which is determined by initial oil saturation, and ca.
研究结果表明,低含油饱和度油藏初始含水率存在一个稳定波动阶段,其初始含水率是由油藏原始含水饱和度决定的,并且可以根据室内相对渗透率实验得到的一维模型的含水率与含水饱和度的关系曲线和油藏原始含水饱和度来预测油井初始含水率。
3.
The initial water cut of production wells in ultra-low permeability reservoirs is higher than that of in high permeability reservoirs,and the dropping trend of water cut will last for days in developing period.
特低渗油藏的生产井初始含水率要比中高渗油藏的高,而且生产井开井生产后含水率有一段时间的下降。
4) initial water content
初始含水率
1.
Effects of initial water content on hillslope rainfall infiltration and soil water redistribution;
土壤初始含水率对坡面降雨入渗及土壤水分再分布的影响
2.
On the basis of the swelling strain tests made in Nanning expansive soil with various initial dry densities and initial water contents under different vertical pressure,the relations are studied between the swelling capacities and the above three factors.
通过不同初始干密度、初始含水率在不同垂直压力下的膨胀变形试验,研究南宁膨胀土的膨胀量与初始干密度、初始含水率以及垂直压力的相关关系。
3.
Some conclusions are obtained: there is the linearity relation between swelling ratio and initial water content, the maximum water content which causes expansion of the expansive soil and the semi-log relation between swelling rate and cover pressure.
研究南水北调东线江苏段沿线压实膨胀土的膨胀变形特性,得到了压实膨胀土的无荷膨胀率与初始含水率之间呈线性关系以及压实膨胀土发生膨胀变形的上限含水率,得到压实膨胀土的有荷膨胀率与上覆荷载之间呈半对数关系。
5) earlier water-cut
初期含水率
6) optimum moisture content
最优含水率
1.
There exist suitable compaction times and optimum moisture content.
结果表明:压实条件和含水率对其密度和强度有很大的影响,存在适宜压实次数和最优含水率;对施工含水率对其应力-应变关系的影响进行了分析,得到在水灰比一定的情况下强度与水泥的添加量的线性关系。
2.
It make us get exact value of the Maximum dry density and Optimum moisture content quickly and conveniently.
本文直接在工程实际使用的击实试验电子表格中添加计算控件,应用数值分析的最小二乘法编写VBA程序,对土工击实试验数据进行高次方的曲线拟合处理,求解出曲线的趋势方程及相关系数,进一步求解出最优含水率和最大干密度。
补充资料：含水率
见回潮率。
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