Platinum nanoparticle(Carboxyl terminal)Product Name Pt nanoparticles(carboxy terminal) Product Overview Metallic nanomaterials with dimensions in the range of 1 100 nm are often referred to as nanocrystals. The preparation of morphologically controllable Pt nanocrystals was first reported in 1996, and nanocrystals of Pt, Ag, Au, Rh, etc. have been synthesised by different methods. Platinum has a face centred cubic ( fcc ) structure, but unlike Ag, Au, Pd, etc., it is rarely able to form

1）Excellent optical performance: it shows strong fluorescence emission in NIR-II region with good photostability

has a large number of single pair electrons and can achieve high sensitivity sensing of specific gases

When expandable graphite is subjected to high temperature

the specific bandgap width value may vary depending on the preparation method and conditions

it can be used to adsorb and separate gases such as hydrogen and carbon dioxide

biological magnetic beads are used for cell sorting and separation

Thin or few layer graphene can be prepared by ultrasound

In the field of catalysis: mesoporous cerium dioxide nanoparticles have a wide range of applications in the field of catalysis

Compared with the traditional cell culture method

Strong antioxidant capacity: The carbon atoms in fullerene molecules are closely linked by covalent bonds to form a stable cage structure

high power

Widely used: Manganese trioxide is mainly used in the production of soft magnetic materials and lithium positive electrode materials