本文将潮汐分析的多道输入单道输出方法(简称MISO法)应用于地下水位观测资料的分析。
In this paper, MISO method is theoretically studied and firstly used to analyses underground water level data.
对京14井水位观测资料进行分析后，获得了包括长周期波m_1在内的各类波的调和分析结果。
After analysing the data of well Jing 14, all kinds of the satisfied harmonic analytical results including the long period wave Mf are obtained.
本文利用矿坑突（涌）水资料及矿区地下水位观测资料对安庆铜矿水文地质条件进行分析和概化。
The hydrogeologic conditions of Anqing copper mine are analyzed herein based on data of pit water gushing and observation of groundwater level.
地下水枯水期水位预报对春季农业生产具有重要意义，利用兰西县地下水水位观测资料，应用灰色系统理论的拓扑预测建立模型进行预测，取得了较好的结。
A good forecast result has been concluded with a topological prediction model of gray system theory based on the observation data of ground water table in Lanxi County.
影响观测资料精度的主要因素是仪器故障、水位、气压、气温等；
The factors of influences precision of observation data are mainly instrument failure, water level, atmospheric pressure and air temperature.
利用地下水位的观测资料对岩体渗透参数进行反演是较为可靠的方法。
Using observation data of underground water level proves to be a comparatively reliable method for inversion analysis of seepage parameters for fractured rocks.
由于缺少地下水水位和地面沉降的实际观测资料，难以进行细致的研究。
Due to the lack of the actual observation data about the groundwater water level and the surface subsidence, it is difficult to carry on careful researches.
本文通过对大坝观测资料、渗水量与水位关系和渗水量回归分析，利用有限元方法，对大坝渗透破坏现象进行初步分析，为运行管理提供参考。
Combined with analysis on observation data and relation between seepage and water level, as well as seepage regression analysis and finite element method, the paper studied dam seepage, for reference.
这是对以往其它观测手段得到的相应结果的支持，同时也说明了深井水位资料中含有非常丰富的地球物理信息。
It gives supports to the relevant results obtained by other kind of observation, and demonstrated that there are plenty geophysical information contained in the water level data of the deep boreholes.
根据蚌湖和鄱阳湖修水站的水位同步观测资料，结合湖区地形，分析蚌湖与鄱阳湖的水量交换关系，并利用三峡工程对鄱阳湖修水、星子、都昌站水位影响的预测结果，讨论三峡工程对蚌湖水情的影响。
According to observed data at Banghu and Xiushui hydrologie stations, this paper in combination with topography of the lake region analyzes water exchange between Banghu Lake and Poyang Lake.
井下压力测试资料统计分析证明，利用在地表上容易观测到的水位、水温资料计算出的井下压力，达到了与下井仪器相同级别的工程测量精度。
The analysis of data for pressure at the well bottom shows that the well pressure acquired through calculation by using the water level and water temperature which are easily observed on ground has...
井下压力测试资料统计分析证明，利用在地表上容易观测到的水位、水温资料计算出的井下压力，达到了与下井仪器相同级别的工程测量精度。
The analysis of data for pressure at the well bottom shows that the well pressure acquired through calculation by using the water level and water temperature which are easily observed on ground has...
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