Simin WU, Bohan ZHANG, Bin ZHENG, Minbiao JI. Pump-probe Microscopy： Applications in Biomedicine and Materials Science （Invited）[J]. Acta Photonica Sinica, 2021, 50(8): 0850211
- Acta Photonica Sinica
- Vol. 50, Issue 8, 0850211 (2021)
Fig. 1. Three major processes in pump-probe process
Fig. 2. Schematic illustration of pump probe microscopy
Fig. 4. Characteristic transient optical responses of hemoglobin and hemosiderin［57］
Fig. 5. Spectrally and temporally resolved TA spectra of hemoglobin and hemosiderin［57］
Fig. 6. Melanoma tissue pump-probe signals［58］
Fig. 7. Malignant melanoma compared with a benign nevus［58］
Fig. 8. Pump-probe image of epitaxially grown graphene （Transient transmission data were probed at 780 nm following excitation at 390 nm. This data was recorded with a pump fluence of 14 mJ/cm2）［23］
Fig. 9. Pump-probe results of monolayer MoS2［59］
Fig. 10. Dual-modal SRS/TA imaging of MoS2 in live HeLa cells［63］
Fig. 11. Few-layer BP samples and pump-probe microscopy［27］
Fig. 12. Transient optical response of 4L-BP［27］
Fig. 13. Transient dynamics of 8L-BP and layer-dependent resonances［27］
Fig. 14. Interlayer transition dynamics in WSe2/WS2 BL［83］
Fig. 15. Interlayer coupling-dependent charge transfer from WS2 to graphene［84］
Fig. 16. Electron and energy transfer from tetracene （Tc） to WS2［85］
Fig. 17. Transient absorption image of M-SWNTs， S-SWNTs and DNA-SWNTs in cells［88］
Fig. 18. Time-resolved SSPP microscopy images[11]
Fig. 19. Hot-carrier transport in hybrid perovskites within the first picosecond［35］
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