Chinese translation for "排水条件"
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- drainagecondition
Related Translations:
排水井: absorbing wellbleeder wellcatch pitcatchpitdischarging welldrain welldrainage shaftdrainage welldraining welldry wellnegative welloffset wellpump shaftrelief wellwater disposal wellwater s 排水暗沟: covered draindewatering culvertdrainage trenchspray drainunderground run off 排水器: ad402delfdrainerhydathodewater drain a aratuswater drain apparatus 带状排水: band shaped prefabricated drain 排水工具: drainage tooldraining kit
- Example Sentences:
| 1. | Standard test method for direct shear test of soils under consolidated drained conditions
在固定排水条件下土壤直接剪切试验的标准试验方法 | | 2. | Fundamental behavior and constitutive modeling of a cdg residual soil under undrained shear
不排水条件下全风化花岗岩残积土工程特性与本构模型 | | 3. | Analysis of spatial variability of soil characteristics and crop yield under subsurface drainage
暗管排水条件下土壤特性和作物产量的空间变异性分析 | | 4. | It was indicated that the density of the filled soil and the drainage condition of the slope were the major factors controlling the deformation and failure of slope caused by the rise of ground water level
分析结果表明：填土密度和斜坡排水条件是影响斜坡因地下水位上升而变形和破坏的重要因素。 | | 5. | Serial and parallel stress - strain relations in saturated soils have been theoretically deduced from un - drained stress - strain relations with a new condition of frame volume deformation equaling to total volume deformation , which were suggested for the first time in this thesis and proved a theoretical method to choose suitable mechanical models
( 4 )论证了了土动力学中串联与并联的力学模式是不排水条件下应力-应变关系的两个特例，从应力-应变关系上统一了串联与并联的力学模式，不排水条件下，应力-应变关系有一新的重要的结论是：骨架的体积应变等于总的体积应变。 | | 6. | Based on this , the upper controlling index of soil water content is 80 . 4 % and the days of waterlogged and salinization tolerance is 3 . 2 days . the moisture and salinization movement mathematical model in the field under subdrainage condition is based on the assumption of neglecting the effects of horizontal hydraulic gradient , it can analogy the changes of soil water content and salinization which are changed with times and depth
论文在忽略水平方向水力梯度影响的假定下建立了排水条件下麦田水盐运移模型，模拟土壤水盐含量随时间、空间的变化情况。经与实测资料对比发现，计算值与实测值较为接近，故该模型及参数的确定是合理的，可用于预测麦田水盐的动态变化。 | | 7. | It was shown that there were many factors impacting on the creep characteristics of soils , such as the initial degree of consolidation , drainage condition , load ratios and so on ; and the relationship between coefficient of secondary consolidation and consolidation pressure depended on preconsoildation pressure and load ratios in the test
结果表明：软土的蠕变特性与多种因素有关，包括土体的初始固结度、土层排水条件、加荷比等：次固结系数与固结压力的关系取决于土体的先期固结压力和试验中的加荷比。 | | 8. | The papers and technical reports about the oil tank foundation treatment shows that in our country abundant experiences have been built up in dealing with the soft clay foundation , while there were few cases for sand foundation . analyzing the geological condition , the author proposed that the foundation soils at shuguang pump station belong to high - permeability sand layers
根据曙光泵站地区的地质条件，论文认为该区主要是一套以高透水性的砂类土为主的地层，粘性土层较薄且富夹薄层粉细砂，地基土的水平向与垂直向排水条件良好。 | | 9. | Beginning with the analyse of present situation and cause of formation of saline - alkali land , the irrigated area overall water salt trends are analysed , and the irrigated area saline - alkali land and the groundwater level and distribution law of groundwater degree of mineralization are expounded , the trendence of irrigated area saline - alkali land is put forward . then water salt balance model is estanbished according to the relationship of irrigating and drainage . regarding the irrigated area as a balance area , by analysis of mineralization degree of water pumping from the yellow river and drained off water from irrigated area , the change of the draining off water ion is forcasted in water reducing condition
课题研究主要从盐碱地现状与成因及灌区总体水盐动态分析两方面入手，阐述了灌区盐碱地、地下水位、地下水矿化度的分布规律，分析了灌区盐碱地的成因及变化趋势；根据灌区灌溉、排水条件与以上各种因素的关系，建立了灌区水盐均衡模型；把灌区作为一个均衡区，通过对黄河来水矿化度、灌区排水矿化度的分析，预测了在灌溉引水、排水减少时排水离子量的变化；运用灌区水盐动态模型原理，对灌区现状( 1998 、 2000年)与规划水平年总体水盐平衡进行了计算；总结分析了灌区水盐动态变化趋势，计算并提出了排水控制标准。 | | 10. | This paper evaluates the underground water resources and its safe levels of miming , and then studies the availability of molepipe drainage , a kind of practical underground water regulation technique . starting with the elevation of underground water resources and a safe level of mining through variable system theory , this paper analyzes the conditions of underground water resources based on the well - studied determination method of determining the two hydrographical coefficients : rainfall infiltration replenishment rate and irrigation replenishment rate . then considering irrigation , rainfall , drainage and other related factors , a mathematical model is set up for the calculation of underground water storage , exploitation on water regulation
论文从灌区的地下水资源及其可开采量评价分析方面入手，在对两个主要的水文地质参数即降雨入渗补给系数、灌溉入渗补给系数确定方法研究的基础上，对灌区的地下水资源状况进行分析，依据灌区的灌溉、降雨、排水条件及各种现状因素，建立了地下水资源量计算的数学模型，西安理工大学工程硕士专业学位论文计算得到青铜峡灌区地下水的最大补给量和可开采量;另外对在开发利用地下水资源过程中的地下水位的调控进行了初步的探讨，在银北灌区开展对暗管排水调控地下水位的试验研究。 |
- Similar Words：
- "排水陶管" Chinese translation, "排水特性" Chinese translation, "排水体" Chinese translation, "排水体积" Chinese translation, "排水体积中心" Chinese translation, "排水通道" Chinese translation, "排水筒" Chinese translation, "排水图" Chinese translation, "排水途径" Chinese translation, "排水脱水" Chinese translation
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