本文对湖大水井的动水位观测作了介绍。
In this paper, the moving level observation of Huda well is briefly introduced.
文中还述及改进动水位观测系统的可能性。
The paper also discussed the possibility of improving the observational system of dynamic water-level.
文中还述及改进动水位观测系统的可能性。
The paper also discussed the possibility of improving the observational system of dynamic water-l…
气体对地下水位观测质量的影响是比较严重。
The influence of atmosphere on the groundwater level surveying quality is great.
由分析可知，屏东平原各地下水位观测站井之水力传导系数随地下水位变化具模糊关系。
The result shows that the variation of hydraulic conductivity with the changes of groundwater head in observation wells in Pingtung Plain is of fuzzy properties.
SDI12投入式液位变送器主要用于水文站水位观测点不便建井或建井费用昂贵的地区。
YLN-SMT-HART/SDI12 is mainly used for the inputting type water level transmitter hydrological observation wells or inconvenience built costly.
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.
介绍了甘肃省东部及其相邻的西海固地区1984～1996年间6口深井的水位观测结果及其调和分析结果。
The observational Results of well water level in eastern Gansu province and its Adjacent zone during 1984~1996 are recommended, and the harmonic analysis results of 6 well level are given.
结果表明马17井的动水位年变化是气压干扰所致，与马16井采水无明显关系。马16井冬季开采热水对马17井动水位观测无明显影响。
The results show that the annual variation of water level in Ma 17th Well is not caused by the water exploitation in Ma 16th Well, but by air pressure interference.
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.
多年来的观测表明，青岛地电的主要干扰因素是地下水位和温度。
Over years observations showed that the interference factors for Qingdao geoelectricity are mainly from groundwater level and temperature variation.
在系统封闭很好的情况下，观测水位的变化基本与水头的变化呈线性关系。
When the system is confined well, the change of observation water level has a linear relation with water head change.
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.
我国宋代时期普遍设置用以观测水位的水尺，技术水平较前大为提高。
The setting up of water gauge used to observe water level had been and became prevalent, with technical great improvement during the Song Dynasty.
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.
观测项目有水位、采液量、采气量及套管压力等。
Observed items are groundwater level, oil recovery volume, casing pressure and gas recovery volume.
而水位的数字化与模拟观测，因其观测的原理存在差异，虽然二者的趋势变化一致、内在质量相当，但其精度和稳定性却存在较大差异。
In water level, analog observation and digital observation are difference in nature. Two kinds of data are consistent in trend and natural quality but different in stability and accuracy.
根据这一结果，可将观测得到的改性动水位值订正成相对应的静水位值。
Based on these results, the static water level can be obtained by correction of the observed refined dynamic water level.
由于受台址条件的限制，地电阻率观测值受到地下水位、降水等气象因素的影响。
Due to the limitation of the seismic station site, the observations of the resistivity are affected by underground water, precipitation and other weather factors.
地下水物理动态中的井孔水位、水温观测是地震预测预报中重要的前兆观测项目。
Observations of borehole water level and water temperature in the physical dynamics of groundwater are the important observed components of precursores for earthquake prediction.
研究结果表明，水位、气压、电源切换等因素不会引起体应变仪观测曲线的突跳。
The results show that all the water level, the atmospheric pressure and the switch of the power supply cannot cause the sudden jump of the observed dat...
对观测水位和模拟水位进行比较，利用USGS - UCODE校正了模型。
The model was calibrated using USGS-UCODE and comparing measured and simulated water table levels.
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.
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...
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.
并对坝基渗流观测孔孔水位普遍偏高、且与上游库水位变化基本同步的异常性进行了物理成因解析。
The causes of the higher-than-normal water levels of foundation seepage observation holes, and the synchronous water level variation with the upstream reservoir level are analyzed.
并对坝基渗流观测孔孔水位普遍偏高、且与上游库水位变化基本同步的异常性进行了物理成因解析。
The causes of the higher-than-normal water levels of foundation seepage observation holes, and the synchronous water level variation with the upstream reservoir level are analyzed.
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