Keywords: Transient absorption spectrum TAS, laser-induced fluorescence LIF, nanosecond transient absorption, ultrafast absorption spectrum, transient absorption spectrum, laser photolysis, nanosecond laser flash photolysis, ultrafast spectrum
▌ Product introduction
Laser flash photolysis system (Nanosecond transient absorption) The NanoFly/ Laser-induced fluorescence (LIF) system is capable of measuring transient absorption spectral signals in the nanosecond to millisecond time domain, including transient absorption spectra TAS and laser induced fluorescence LIF. It is used to characterize the excited state lifetime, energy transfer and electron transfer in the photochemistry, photophysics and photocatalysis processes of luminous materials, photovoltaic materials and photocatalytic materials.
▌ Product characteristics
□ Can measure the transient absorption spectral signal in the time domain from nanosecond to millisecond;
□ Transmission/reflection light path;
□ NanoTA;
□ nanosecond laser flash photolysis;
□ Laser induced fluorescent LIF.
▌ Product function
□ Transient absorption spectrum TAS;
□ Laser induced Fluorescence LIF;
□ Wavelength range: 250-900 nm;
□ Time resolution: 1ns;
□ Time range: 10ns-100 ms;
□ Using photomultiplier detection, integrated OS SenGaining technology, flexible adjustment of gain and bandwidth.
▌ Product application
□ Used for characterization of excited state lifetime, energy transfer and electron transfer in photochemistry, photophysics, photocatalysis and other processes;
□ Luminous materials, photovoltaic materials, photocatalytic materials and energy up-conversion materials and other fields.