High Power Laser and Particle Beams, Volume. 35, Issue 5, 055005(2023)
Microfluidic plasma: novel process intensification technique
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Fig. 1. Schematic diagram of argon/wet air plasma active substance transmission in gas, liquid and their interfaces
Fig. 3. Schematic diagram of spray gun microfluidic plasma reactor
Fig. 5. Typical example of microfluidic plasma surface modification
Fig. 6. Typical example of nanomaterials prepared by microfluidic plasma
Fig. 7. Typical examples of microfluidic plasma biomedical treatment
Table 1. Typical reactive species, analytical methods, and formation mechanisms in microfluidic plasma
View tableView in ArticleTable 1. Typical reactive species, analytical methods, and formation mechanisms in microfluidic plasma
type condition detection method detection mechanism references H He/H2O(g) EPR spin trapping with isotopes H2O+e*→OH+H+e [ 31 ]OH He/H2O(g) MBMS/CRCRDS phenol probe method H+HO2→OH+OH O+H2O→2OH e−+H2O→e-+OH+H [ 28 ][ 31 ]O He/O2 OES/TALIF MBMS/ TALIF e+O2→O*2+e O*+O2→O*+O [ 32 ][ 33 ]N He/O2 OES/TALIF N2+e→N++N+2e [ 34 ]N2+ He/N2 PIC/MCC e−+He→e−+e−+He+ e−+N2→e−+e−+N2+ [ 29 ]O3 He/O2 OES/TALIF O+O2+He→O3+He [ 35 ]O+ He/O2 OES/TALIF e+O2→O++O+2e [ 36 ]O* He/O2 IR e+O2→O*2+e O*2+O3→2O2+O* [ 37 ]NO He/O2/N2 LIF N+O2→NO+O N2+O→NO+N [ 30 ]H2O2 He/O2 EPR isotope notation e−+H2O→e−+OH+H OH+OH+He→H2O2+He [ 38 ]
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Ziyi Zhang, Yunming Tao, Ming Gao, Zhanghao Chen, Liangliang Lin. Microfluidic plasma: novel process intensification technique[J]. High Power Laser and Particle Beams, 2023, 35(5): 055005
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Received: Oct. 10, 2022
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Published Online: May. 6, 2023
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