Reaction device capable of absorbing molybdenum disulfide by using chlorella vulgaris

Abstract

The invention discloses a reaction device capable of absorbing molybdenum disulfide by using chlorella vulgaris. The reaction device comprises a culture tube and supporting legs mounted at four sidesof the culture tube, wherein a placement hood is mounted in the culture tube, pressing rings are mounted at the two sides of an internal wall of the placement hood, screen plates are mounted on internal walls of the pressing rings, an aeration stick is mounted at the bottom of the culture tube, an aeration pump is mounted at one side of the culture tube, and an output end of the aeration pump communicates with the aeration stick through a hose. Exhausting holes uniformly formed in annular-uniform-arranged supporting tubes upwards exhaust air, an upward exhausting range of oxygen gas can be enlarged, the air is upwards exhausted in an air air-bubble column manner, Mo ions released from flaky T-SLMoS2 or H-SLMoS2 are brought to an upper side due to floating influence of the air and are in contact with the chlorella vulgaris in a screen basin through flow holes and mesh openings of the screen basin, the chlorella vulgaris in the screen basin can uniformly receive the air and the Mo ions released from the flaky T-SLMoS2 or H-SLMoS2, thus, the experiment effect is good, and the problem in the prior art that the experiment effect is poor is solved.

Description

technical field

[0001] The invention belongs to the technical field of environmental protection, and in particular relates to a reaction device for absorbing molybdenum disulfide by using chlorella. Background technique

[0002] SLMoS 2 Due to its excellent properties, it can be applied in optoelectronics, hydrogen evolution and medicine. Different phases of SLMoS 2 Exhibit different properties, such as electrical conductivity, catalytic performance, etc., with the production, processing and application, SLMoS 2 It enters the ecological environment through the water cycle, atmospheric cycle, etc., bringing potential risks to the environment and humans, but the current research on its toxicity to aquatic organisms is still going on.

[0003] The research mainly focuses on different phase SLMoS 2 Toxic effects on Chlorella, first, using microwaves to induce SLMoS 2 A phase transition occurs, and a single-layer molybdenum disulfide dominated by 1T phase and a single-layer m...

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