1·Then water inflow in tunnel is forecasted using groundwater dynamics and groundwater modulus of runoff.
然后利用地下水动力学法、地下水径流模数法对隧道开挖涌水量进行了预测。
2·Water inflow in long and large tunnel has intimate relationship with the feature of groundwater and rock mass.
长大隧道涌水的发生与地下水和岩土体的特性有密切的联系。
3·The relation between surface crack space and strata displacement is presented to offer guidelines to water inflow prediction.
建立地层开裂与变形的对应关系，为突水事故的预测预报提供了依据；
4·Therefore, scientific prediction of the amount of water inflow is crucial in optimizing the control plan and in ensuring the traffic safety.
因此，科学地预测隧道涌水量大小，是制定最优防治水方案，确保安全通车的关键。
5·The aim of determining water inflow in oil shale is to provide information for casing damage evaluation in the process of oilfield development.
判断油页岩是否进水的主要目的是为油田开发过程中评价套损情况提供信息。
6·Groundwater seepage and water inflow usually happen in tunnel, which have great impact on normal operation of the tunnel and threaten the traffic safety.
渗涌水问题是常见的隧道病害，是影响隧道正常使用，危及行车安全的重要因素。
7·At present, an increase in the water inflow rather than 50% cuts of the nutrient loads could be more practical to reduce the biomass of blue green algae in the lake.
目前阶段，与控制营养盐负荷(50%)相比，增大引水流量可以更有效地降低蓝藻暴发时的生物量。
8·The regularity of karst development in Jiangxi area is discussed, which indicates that it becomes less developed and the water inflow tends to decrease with the increase of the depth.
本文阐述了江西地区岩溶发育由浅到深逐渐减弱的规律，以及岩溶突水量随深度的增加而减小的趋势。
9·Based on the data of actual observations, the paper discussed the changes of hydraulic characteristics in the Red beds and the effect of mining disturbance on water inflow in coal mines.
根据实际观测资料，论述采动作用下红层水力特征变化及对矿井充水的影响。
10·The pollutants load investigation in Yunlong reservoir basin shows that the non-point pollution source is the main pollution source. The TN is 91.8%, TP is 98.4% in total water inflow volume.
云龙水库径流区污染物负荷的调查结果显示，云龙水库水污染特征以面源污染为主，入库水量TN占91.8%，TP占98.4%。