Ultrafast Transient Spectroscopy
When the substances excited by light, they will undergo different ultrafast processesin excited state. Taking the advantage of the ultrafast transient spectroscopy platform, we can directly obeserve the excited-state behaviors and transformation of a molecule or material, which will help us understand more about their deactivation channel and photodynamics. The platform can provide the information of femtosecond transient absorption (fs-TA) spectra, nanosecond transient absorption (ns-TA) spectra, femtosecond transient upconversion fluorescence (fs-TRF) spectra , nanoscond transient emission (ns-TRE) spectra, picosecond transient Raman (ps-TR3) spectra, and nanosecond transient Raman (ns-TR3) spectra. This platform can be utilitzed in the investigation of the photodynamics for luminescence material, photoswitch, photocatalysis, photoreaction, solar cell, bioimaging probe, photothermal material, photodynamic therapy material, and so on.