AIE carboxyl-modified fluorescent nanoparticles in NIR-IProduct Name AIE carboxyl modified fluorescent nanoparticles in NIR I Product Overview AIE molecules usually do not fluoresce or fluoresce weakly in solution, but emit strong fluorescence in the aggregated state. By encapsulating AIE molecules in polystyrene microspheres or polymers, their fluorescence efficiency can be increased and the effect of the external environment on the AIE molecules can be reduced. This restricts the movement of the AIE

Chemical Stability: Under appropriate conditions

Granularity:1-4 nm（HRTEM:/span>

and are favored due to their excellent optoelectronic properties

which is critical for applications such as magnetic resonance imaging (MRI) and magnetic hyperthermia (MHT)

Controllable particle size: By adjusting reaction conditions such as reactant concentration

Nitrogen doped graphene sponge is a three-dimensional porous material prepared by doping nitrogen atoms into graphene structure and using specific methods such as hydrothermal method

which can resist acid

Rare earth upconversion luminescence is based on the 4f electron transition of lanthanide rare earth ions

High thermal conductivity: Silicon nitride has a high thermal conductivity and is suitable for use as a heat dissipation material

Due to its low preparation cost

Nanocellulose is mainly treated with chemical reagents to decompose cellulose into nanocellulose

and municipal engineering facilities