Parallel photochemical reaction instrument

Abstract

The invention discloses a parallel photochemical reaction instrument. The parallel photochemical reaction instrument comprises a mounting plate and a main board, and further comprises a reaction module, a light emitting module, a stirring module, a temperature control module, a control module and a display module, wherein the reaction module is fixedly arranged on the mounting plate for a chemicalreaction; the light emitting module is fixedly arranged on the reaction module for providing parallel light; the stirring module is fixedly arranged on the mounting plate for providing stirring driving force for the chemical reaction; the temperature control module is fixedly arranged on the mounting plate for controlling the temperature of the chemical reaction; the control module is separatelyconnected with the light emitting module, the stirring module and the temperature control module for separately controlling the light emitting module, the stirring module and the temperature control module; and the display module is connected with the light emitting module, the stirring module and the temperature control module separately for displaying parameters of the light emitting module, thestirring module and the temperature control module. According to the parallel photochemical reaction instrument, the system design is simplified, parts are convenient to replace, the occupied space is reduced, data visualization is further realized, the operation is simpler and more friendly, and manufacturing and maintenance costs are greatly reduced.

Description

technical field

[0001] The invention relates to a visible light parallel reaction experimental device, in particular to a parallel photochemical reaction instrument. Background technique

[0002] As the greenest energy source, visible light has attracted more and more attention in recent years, especially in the field of organic synthesis. Traditional light-promoted organic reactions mainly use ultraviolet light. Since 2008, Macmillan, Yoon and Stephenson have reported a series of organic reactions promoted by visible light. For different reaction systems, photocatalysts can be used as both oxidants and reductants to achieve By understanding the electron transfer between catalysts and substrates, a series of organic synthesis methodological studies and synthesis of complex natural products have been developed under extremely mild conditions. Due to the mild conditions and easy operation of visible light catalysis, chemists have reported a lot of work on visible light cataly...

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