Method for preparing oxygen-containing organic compounds by plasma discharge
An organic compound and plasma technology, which is applied in the preparation of oxygen-containing organic compounds and plasma discharge to prepare oxygen-containing organic compounds, can solve the problem of the simple structure of N-methoxy-N-methyl group and the limitation of amide substrate functional groups Diversity, lack of three-dimensional control of the reaction, etc., to achieve the effects of reducing environmental pollution, improving cleanliness, and reducing energy consumption
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Embodiment 1
[0060] The research system for the preparation of oxygen-containing organic compounds by using tubular dielectric barrier reactor to produce plasma discharge is mainly composed of four parts, namely: simulated gas generation system, DBD reaction system, discharge system and product analysis system. The simulated gas generation system includes an O 2 Mass flow meter, two N 2 Mass flow meter and a liquid bubbler bottle. o 2 Accounting for 20% of the total traffic, two-way N 2 Respectively used to blow n-hexane and as a balance gas, O 2 and N 2 Mix in the mixer to form a mixed gas containing a certain concentration of n-hexane. The concentration of n-hexane in the mixed gas coming out of the mixer is controlled by the flow a of the mass flow meter MFC3, and the temperature of the n-hexane in the mixer is controlled by placing them The bubbling bottle is placed in a water bath for control, and a heating belt is used to control the heat preservation to 50°C in the delivery pip...
Embodiment 2
[0067] This example is a research system for producing oxygen-containing organic compounds by plasma discharge using a plate-type dielectric barrier reactor. Except for the plasma discharge reactor, the system structure and operation method are the same as in Example 1. The specific process flow in this example is as follows Figure 6 As shown, it is mainly composed of four parts, namely: simulated gas generation system, DBD reaction system, discharge system and product analysis system.
[0068] The simulated gas generation system includes an O 2 Mass flow meter MFC3, two N 2 Mass flow meters (MFC1 and MFC12) and a liquid bubbling bottle 2, the bubbling bottle 2 is placed in the water bath system 1, and the temperature of the water bath is 25°C. o 2 Accounting for 20% of the total traffic, two-way N 2 Respectively used to blow n-hexane and as a balance gas, O 2 and N 2 Mix in the mixer 3 to form a mixed gas containing a certain concentration of n-hexane. The concentration...
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