Method and system for manually influencing weather

Abstract

The invention provides a method and system for manually influencing weather. The system comprises an integrated floated pipeline, a floated platform and a system remote control platform. The integrated floated pipeline is used for cloud water collecting, conveying and seeding, and in other words, the integrated floated pipeline is used for cloud water collecting, conveying and rainfall catalyst seeding so that rainfall can be generated. The floated platform is used for hanging and drawing the integrated floated pipeline and is suspended on a mooring table though a mooring guy in a fixed point mode. The system remote control platform is used for floated platform lifting, pipeline connection, separation, rainfall catalyst seeding and ground control of working environment observation and monitoring, and is used for improving the manual cloud water migration work efficiency, recording data and improving safety guarantees. The researched and developed light, high-strength and large-drift-diameter pipeline is applied, and 67.4 tons of cloud water can be migrated per hour on average through the single pipeline. By means of the input and output port pressure difference and the manual diversion technology, fixed-point, quantitative and directional movement of moisture in cloud is achieved, redistribution of rainfall is achieved, and weather can be manually influenced through dual factors including disaster reduction and environment improvements.

Description

technical field [0001] The invention relates to the technical field of meteorological interference, in particular to a method and system for artificially modifying the weather, and is especially suitable for the cloud water migration technology involving weakening, shifting and increasing precipitation. Background technique [0002] my country is a country with frequent flood disasters. According to historical records, in the 2155 years from 206 BC to 1949 AD when the People's Republic of China was founded, there were 1029 major floods, almost every two years. After liberation, there were two major floods across the country, the 1954 flood and the 1998 flood. In 1954, the flood affected an area of ​​240 million mu nationwide, and the disaster area was 170 million mu. The Yangtze River flood flooded more than 47 million mu of cultivated land, killing 33,000 people, and Beijing-Guangzhou Railway was blocked for 100 days. The national relief fund for natural disasters is 320...

AI Technical Summary

Problems solved by technology

This technology uses the method of cloud water artificial migration, follows the technical research route of indoor simulation, method screening, feasibility analysis, implementation scheme design, pilot test, etc., and solves the problems of uneven distribution of rain, flood, and drought.

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