Gradient Heating Microfluidic Devices for Synthesizing Materials

Abstract

The invention provides a micro-fluidic synthetic material device with a gradient heating function. By means of the micro-fluidic synthetic material device, various processing reaction tanks can precisely reach temperatures respectively, and gradient distribution of the temperatures of the processing reaction tanks is achieved so that during research, the prepared reactants can be placed in the processing reaction tanks respectively, reactions are easily carried out at the same time, operation is simple and convenient, and comparison of tests is facilitated. Moreover, in the micro-fluidic synthetic material device, a uniform temperature distribution assembly is adopted so that it can be ensured that the temperatures of the processing reaction tanks are precisely controlled, the precision ofthe reaction temperature is improved, and the optimal effects of the tests are ensured; besides, the micro-fluidic synthetic material device can display the temperatures of the processing reaction tanks, and the device is more visual.

Description

technical field [0001] The invention relates to the technical field of microfluidic synthetic material equipment, in particular to a gradient heating microfluidic synthetic material device. Background technique [0002] At present, when synthesizing some powder materials, such as using wet chemical method to prepare powder materials, in order to obtain optimized process parameters, especially factors such as temperature, the composition, size, phase structure, and shape of the synthesized powder materials Therefore, when synthesizing materials, it is necessary to analyze and study the process parameters, and when analyzing and researching, it is necessary to carry out a series of orthogonal experiments. If ordinary equipment is used to synthesize materials , it will consume a lot of time, and it is difficult to compare accurately. Therefore, in order to improve the test comparison efficiency of material synthesis, in order to further improve its performance and expand its ap...

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Problems solved by technology

[0002] At present, when synthesizing some powder materials, such as using wet chemical method to prepare powder materials, in order to obtain optimized process parameters, especially factors such as temperature, the composition, size, phase structure, and shape of the synthesized powder materials Therefore, when synthesizing materials, it is necessary to analyze and study the process parameters, and when analyzing and researching, it is necessary to carry out a series of orthogonal experiments. If ordinary equipment is used to synthesize materials , it will consume a lot of time, and it is difficult to compare accurately. Therefore, in order to improve the test comparison efficiency of material synthesis, in order to further improve its performance and expand its application, at the same time, with the continuous development of microfluidic technology, it is necessary to develop a A microfluidic synthetic material device that can realize precise control of synthetic materials is of great significance

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