“…To promote the design of microthrusters, it is necessary to strengthen the research on the decomposition mechanism of hydrogen peroxide. TS Kala et al 46 measured the amount of oxygen released during the catalytic decomposition of 6% hydrogen peroxide using silver as a catalyst. The catalytic reaction forms a two-phase flow of oxygen (gas phase), and the reaction liquid (liquid phase) in the microchannel can be recorded by using a camera.…”
As an important application of microfluidic chips, liquid chemical microthrusters need to introduce a structured catalyst block in the design process. In this paper, a structured silver catalyst is used...
“…To promote the design of microthrusters, it is necessary to strengthen the research on the decomposition mechanism of hydrogen peroxide. TS Kala et al 46 measured the amount of oxygen released during the catalytic decomposition of 6% hydrogen peroxide using silver as a catalyst. The catalytic reaction forms a two-phase flow of oxygen (gas phase), and the reaction liquid (liquid phase) in the microchannel can be recorded by using a camera.…”
As an important application of microfluidic chips, liquid chemical microthrusters need to introduce a structured catalyst block in the design process. In this paper, a structured silver catalyst is used...
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