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Spring water repairing and supplementing method taking underground water level as water supplementing signal in karst area
The invention discloses a spring water repairing and water replenishing method taking underground water level as a water replenishing signal in a karst area, which comprises the following steps of: monitoring the water level day by day or hour by hour by using drill holes or monitoring wells near spring water; the water level data of the drilling hole or the monitoring well with the optimal correlation are selected as the control basis of the water replenishing process, the advance of the water replenishing process is considered, the water replenishing signal with the underground water level as the spring water restoration and water replenishing process is obtained through underground water balance calculation, and therefore the spring water restoration and water replenishing process is controlled. After the spring water flow-underground water level correlation is analyzed, according to the spring water outflow target flow state and the corresponding underground water level, the water replenishing effect delay is considered, and after the advance is determined, the corresponding underground water level for reaching the spring water outflow target is planned to serve as a spring water restoration water replenishing control signal. According to the method, the dynamic monitoring data of the underground water level are utilized, and the spring water repairing and supplementing process can be effectively, accurately and conveniently controlled.
本发明公开了一种岩溶地区的以地下水位作为补水信号的泉水修复补水方法，利用泉水附近钻孔或监测井逐日或逐时监测水位，在分析了泉水流量‑地下水位相关关系后，选择相关性最优的钻孔或监测井水位数据作为补水过程控制依据，考虑补水过程提前量，通过地下水均衡计算，得到以地下水位作为泉水修复补水过程的补水信号，从而控制泉水修复补水过程。本发明分析泉水流量‑地下水位相关关系后，根据泉水出流目标流量状态及对应地下水位，考虑补水效果延迟，确定提前量后，拟定为达到泉水出流目标而对应的地下水位作为泉水修复补水控制信号。此方法通过利用地下水位动态监测数据，能有效、精准、便捷的控制泉水修复补水过程。
Spring water repairing and supplementing method taking underground water level as water supplementing signal in karst area
The invention discloses a spring water repairing and water replenishing method taking underground water level as a water replenishing signal in a karst area, which comprises the following steps of: monitoring the water level day by day or hour by hour by using drill holes or monitoring wells near spring water; the water level data of the drilling hole or the monitoring well with the optimal correlation are selected as the control basis of the water replenishing process, the advance of the water replenishing process is considered, the water replenishing signal with the underground water level as the spring water restoration and water replenishing process is obtained through underground water balance calculation, and therefore the spring water restoration and water replenishing process is controlled. After the spring water flow-underground water level correlation is analyzed, according to the spring water outflow target flow state and the corresponding underground water level, the water replenishing effect delay is considered, and after the advance is determined, the corresponding underground water level for reaching the spring water outflow target is planned to serve as a spring water restoration water replenishing control signal. According to the method, the dynamic monitoring data of the underground water level are utilized, and the spring water repairing and supplementing process can be effectively, accurately and conveniently controlled.
本发明公开了一种岩溶地区的以地下水位作为补水信号的泉水修复补水方法，利用泉水附近钻孔或监测井逐日或逐时监测水位，在分析了泉水流量‑地下水位相关关系后，选择相关性最优的钻孔或监测井水位数据作为补水过程控制依据，考虑补水过程提前量，通过地下水均衡计算，得到以地下水位作为泉水修复补水过程的补水信号，从而控制泉水修复补水过程。本发明分析泉水流量‑地下水位相关关系后，根据泉水出流目标流量状态及对应地下水位，考虑补水效果延迟，确定提前量后，拟定为达到泉水出流目标而对应的地下水位作为泉水修复补水控制信号。此方法通过利用地下水位动态监测数据，能有效、精准、便捷的控制泉水修复补水过程。
Spring water repairing and supplementing method taking underground water level as water supplementing signal in karst area
岩溶地区的以地下水位作为补水信号的泉水修复补水方法
HAN XIAO (author) / ZHENG KEXUN (author) / WANG SENLIN (author) / LIU SHENG (author)
2023-01-20
Patent
Electronic Resource
Chinese
IPC:
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
,
INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
/
G01F
Messen des Volumens, des Durchflussvolumens, des Massendurchflusses oder des Füllstandes
,
MEASURING VOLUME, VOLUME FLOW, MASS FLOW, OR LIQUID LEVEL
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