High Power Laser and Particle Beams, Volume. 36, Issue 1, 013014(2024)
Simulation and verification of 3D temperature model for high power microwave heating
Figures & Tables(14)
Fig. 7. COMSOL simulation of electric field distribution in water medium
Fig. 9. Temperature distribution of microwave uniform heating and uneven heating in
Fig. 12. Temperature change trend of each point under expert PID control
Table 1. Material parameter values of each layer
View tableView in ArticleTable 1. Material parameter values of each layer
material $ \rho /\left( {{\rm{kg}}\cdot {{\rm{m}}^{-3}}} \right) $ $ c/\left({\rm{J}}\cdot{\rm{kg}}^{-1}\cdot {{\text{℃}}}^{-1}\right) $ $ \lambda /\left({\rm{W}}\cdot{\rm{m}}^{-1}\cdot {{\text{℃}}}^{-1}\right) $ W 1000 4200 0.59 G 2600 850 2 A 1.18 1005 0.028 B 7930 1260 16.2
Table 2. Empirical rule table of incremental expert PID control
View tableView in ArticleTable 2. Empirical rule table of incremental expert PID control
No. if then 1 u＞1.00 all five magnetrons run 2 1.00≥u＞0.75 four magnetrons run randomly 3 0.75≥u＞0.50 three magnetrons run randomly 4 0.50≥u＞0.25 two magnetrons run randomly 5 0.25≥u＞0.00 one magnetron run randomly 6 u≤0.00 all magnetrons stop running
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Hao Wu, Shaofu Li, Wei Wang, Cheng Jiang, Yingying Tang. Simulation and verification of 3D temperature model for high power microwave heating[J]. High Power Laser and Particle Beams, 2024, 36(1): 013014
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Received: Aug. 22, 2023
Accepted: Oct. 9, 2023
Published Online: Mar. 21, 2024
The Author Email: Li Shaofu (shaohu.li@qq.com)
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