动水位

  • 网络Dynamic water level;dynamic groundwater level
动水位动水位
  1. 通过R检验,认为晋2井动水位阶变异常与周围显著地震以及阶变组异常与周围中强以上地震均存在较好的对应关系。

    The R-test shows that the scalariform and scalariform group anomalies are corresponding well to the medium and strong earthquake around .

  2. 湖大井动水位观测及其分析

    The measurement and Analysis on moving level of Huda well

  3. 深层地下热水钻井井内动水位升高值的计算

    Calculation of the dynamic water level rise of geothermal water in deep well

  4. 反漏斗法在含气体地下水位观测井中的利用鲁23井动水位观测的分析

    Analysis of dynamic water level observation in No. 23 well , Shandong Province

  5. 石家庄市极5井动水位的观测技术

    Observational technology for Fluxion Water level used in Ji 5th well of Shijiazhuang City

  6. 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 .

  7. 动水位观测原理

    Observational principle of dynamic water - level

  8. 新疆呼图壁21号泉动水位震兆特征

    Characteristics of earthquake precursor of moving-water level in No.21 spring , Hutubi region , Xinjiang Province

  9. 禾青井动水位对断层蠕动与慢地震过程的响应初析

    Analysis of the responding of dynamic water level on fault creep and slow seismic process in Heqing well

  10. 本文介绍了鲁23井动水位观测情况。

    This paper introduced the " dynamic water level " observation condition in No. 23 well , Shandong Province .

  11. 8.5级地震后,动水位表现为水震波引起的脉冲。

    After the earthquake with M_S8.5 , the dynamic water level appeared the pulse which caused by the water seismic wave .

  12. 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 .

  13. 介绍了新疆呼图壁21号泉的水文地球化学环境,分析了该泉动水位变化的原因;

    Firstly , the hydro-geochemistry environment in No. 21 spring , Hutubi , Xinjiang is introduced and the reasons of change of moving-water level are analyzed .

  14. 理论分析和实验表明,改性动水位与同一井孔对应的静水位之间相差一恒定水位落差。

    Both the theoretical and experimental results have shown that there is a constant water level difference between the refined dynamic water level and the static one in the same well .

  15. 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 .

  16. 大型潜水泵在工作时,如果脱离水或者是动水位太低,都将在短时间内对水泵泵体产生很大的损害。

    When the large-scale submersible pump is working , if it is separated from the water or the dynamic water level is too low , all will do very big harm to the submersible pump in short-time .

  17. 提出了一个分析有泄流的动水位的新方法,即把流量换算成水位,以等效静水位来表示动水位与流量。

    A new method for analyzing " dynamic water level " with discharge is proposed - namely the flow is converted into water level , and the " dynamic water level " and flow are expressed by equivalent static water level .

  18. 以探索水位与水化学单井综合观测新方法为目的,建立了改性动水位概念,即恒定小流量状态下的井孔动水位。

    The concept of refined dynamic water level , which is referred to the dynamic well water level under the condition of a small constant flow , has been proposed as a new method for the comprehensive observation of the water level and hydrochemistry .

  19. 从而证明了自流井水位对含水层应力应变的响应能力与水柱高度存在正相关关系,即水柱高度(动水位)不同时,水位对含水层应力应变的响应灵敏度不同。

    Thus the positive correlation between the response capacity of artesian wells , aquifer stress and strain , and well water height is proved , that is when the dynamic well level is different , the response sensibility of well level to the aquifer stress and strain is also changed .

  20. 部分水生动植物在水位抬高初期可能受到一定影响。

    Some aquatic animals and plants may be affected in the early period of water level elevation .

  21. 摄动方法求解水库水位下降时土坝中浸润线的位置

    Perturbation method for solving the position of saturation line in the dam during drawdown of reservoir level