Fig. 1. Rotating scanning infrared polarization imaging system

Fig. 2. Armature reaction of rotating scanning polarization filtering devices

Fig. 3. Change of surface temperature of PCB stator winding

Fig. 4. Layout of components in infrared imaging system

Fig. 5. Experimental scene for effect of near-field radiation on infrared polarized image quality

Fig. 6. Extinction ratio curve of WP25M-IRC polarizer

Fig. 7. Comparison of polarization information for blackbody radiation source

Fig. 8. Comparison of intensity for blackbody radiation source

Fig. 9. Comparison of polarization information for simulated sandy terrain

Fig. 10. Intensity comparison for simulated sandy terrain

Fig. 11. Temperature-dependent trend of image quality evaluation metrics for blackbody radiation sources

Fig. 12. Temperature-dependent trend of image quality evaluation metrics for simulated sandy scenes

Fig. 13. Distributed stator winding

Fig. 14. Waveform stator winding

Fig. 15. Improved winding arrangement

Fig. 16. Improved distributed waveform PCB stator winding

Fig. 17. Surface temperature rise curve of PCB waveform stator winding

Fig. 18. Images comparison of systems using different stator windings