F-doped tin dioxide nanoparticlesProduct Name NameF doped tin dioxide nanoparticles Product Overview Tin dioxide (SnO2) is a wide bandgap n type metal oxide semiconductor material. SnO2 crystal belongs to the tetragonal square crystal system, with a double cone shape, cone column shape, sometimes needle shaped, and a rutile structure. Its lattice constants are a=b=0. 4738 nm and c=0. 3187 nm. The theoretical density of pure SnO2 is 6. 95 g cm3, and it exhibits an insulating state at

The preparation method of gold nanocages is mainly through the electrodisplacement reaction between silver nanocubes and chloroauric acid

theoretically

and the particles will exhibit complementary colors to the absorbed light

ferric tetraoxide is widely used in magnetic resonance imaging

and its thermal decomposition temperature is usually greater than 300 ° C

Porous carbon powder contains various types of pores

Biomedical: WS2 has good light absorption ability in the near-infrared region

Lateral size:-30μm

and is not easily reactive with other substances

the particle size and dispersion of platinum nanoparticles can be effectively controlled

Physical performance research: Due to its unique physical properties

which enables composite materials to have a large specific surface area and excellent adsorption capacity