A marine micro-ecological environment simulation cabin

Abstract

The invention relates to a marine micro-ecological environment simulation chamber. The marine micro-ecological environment simulation chamber comprises a chamber main body divided into multiple laminar flow simulation units in the height direction, wherein a transparent shell is arranged on the top of the laminar flow simulation units on the uppermost layer; a natural light simulation system of which the illumination intensity and direction can be manually adjusted is arranged on the top of the transparent shell; a liquid adding system, a temperature control system, a laminar flow generation system and an air increase system which are respectively connected with each laminar flow simulation unit are arranged on the outer side of the chamber main body. According to the marine micro-ecological environment simulation chamber, the size in the height direction is extremely large, and micro-ecological environment change in the marine vertical direction can be simulated by matching the natural light simulation system, the liquid adding system, the temperature control system, the laminar flow generation system and the air increase system. Meanwhile, multiple parameters of seawater can be controlled, and different marine micro-ecological environments are simulated for scientific research.

Description

(1) Technical field [0001] The invention relates to a marine environment simulation device, in particular to a marine micro-ecological environment simulation cabin. (2) Background technology [0002] The change of the marine micro-ecological environment is a complex process of mutual influence between natural processes and human activities, involving complex scientific and engineering issues. Its research requires multi-disciplinary, multi-field, cross-time-space, and cross-industry collaboration to achieve breakthroughs and innovations . At present, the research on the marine micro-ecological environment usually adopts the means of on-site scientific investigation on ships. In view of the complexity of the research on the marine micro-ecological environment, although the on-site scientific investigation on the ship can provide some parameters for the research and prediction of the marine Scientific investigations cannot arbitrarily change ocean parameters according to the ...

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Problems solved by technology

At present, the research on the marine micro-ecological environment usually adopts the means of on-site scientific investigation on ships. In view of the complexity of the research on the marine micro-ecological environment, although the on-site scientific investigation on the ship can provide some parameters for the research and prediction of the marine Scientific expeditions cannot change the ocean parameters at will according to the purpose of scientific research, so that people cannot really conduct targeted long-term process mechanism research on the marine environment, and cannot meet the needs of marine micro-ecological environment research and technology development.

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