Simulated deep sea comprehensive experiment table provided with bubble generator and use method thereof

Abstract

The invention relates to a simulated deep sea comprehensive experiment table provided with a bubble generator and a use method of the simulated deep sea comprehensive experiment table provided with the bubble generator. The simulated deep sea comprehensive experiment table provided with the bubble generator comprises a water tank system, a pressure-adjusting and pressure-maintaining system, a bubble generating system and a water tank pressure protecting system. The pressure-adjusting and pressure-maintaining system, the bubble generating system and the water tank pressure protecting system are not connected with each other and are all connected with the water tank system. The intensity of pressure in a water tank is adjusted to a set value by the pressure-adjusting and pressure-maintaining system, real-time adjustment is conducted, and long-time pressure maintenance is achieved; bubbles can be generated by the bubble generating system, wherein the size, the moving speed, the contained chemical components and the like of the bubbles are all controllable; the pressure of the water tank is controlled in a specialized range by the water tank pressure protecting system and the function of protection can be achieved. The simulated deep sea comprehensive experiment table provided with the bubble generator is mainly used for scientific research, the deep sea environment is simulated in a laboratory, pressure adjustment and pressure maintenance are achieved in real time, and the intensity of pressure at any depth in the deep sea can be simulated in the specialized range; meanwhile, the generated bubbles can simulate truly discharged bubbles at the bottom of the deep sea, and therefore the deep sea mine detection theory can be simulated in the laboratory.

Description

technical field [0001] The invention belongs to the technical field of marine exploration equipment, and relates to a simulated deep-sea comprehensive experiment platform equipped with a bubble generator and a use method thereof. Background technique [0002] The seabed is rich in mineral resources, and the development of marine resources, especially the development of various mineral resources in the deep seabed is a new technical field. Resources such as deep-sea hydrothermal fluids, cold seeps, oil and natural gas will become one of the main energy sources for human beings in the 21st century. Under the action of the interior of the earth's crust, they often emit gases rich in various chemical substances in the form of bubbles. By detecting these bubbles, the corresponding deep-sea mineral deposits can be detected and located. However, due to the complex geology, ocean currents, pressure, temperature and other environmental conditions of the deep seabed, the study of dee...

AI Technical Summary

Problems solved by technology

At present, many people try to simulate the deep-sea high-pressure state in the high-pressure chamber, but it is only used for high-pressure detection

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