Fig. 1. (a) Diverter nozzle ejector infrared suppressor；(b) Top view of infrared suppressor；(c) Diverter nozzle (tail perspective)

Fig. 2. Outlet structural parameters of diverter nozzle

Fig. 3. Schematic diagram of the computational domain

Fig. 4. Computed results of Infrared suppressor pumping coefficient and total pressure recovery coefficient under different grid numbers

Fig. 5. Schematic diagram of infrared detection position distribution

Fig. 6. Schematic diagram of experimental system

Fig. 7. Photograph of diverter nozzle (tail perspective)

Fig. 8. Photograph of experimental system

Fig. 9. Comparison of experimental and numerical simulation results of experimental model temperature distribution

Fig. 10. The influence of the diverter nozzle outlet configuration on the pumping coefficient and total pressure recovery coefficient of the infrared suppressor

Fig. 11. Outlet temperature distribution of the infrared suppressor mixing tube

Fig. 12. Wall surface temperature distribution of the infrared suppressor external mixing tube

Fig. 13. 3-5 μm band infrared radiation intensity distribution

Fig. 14. 8-14 μm band infrared radiation intensity distribution