Y-zeoliteProduct Name Name: Y zeolite Product Overview Y type molecular sieve has a FAU topology and is a microporous molecular sieve composed of silicon oxygen tetrahedra or aluminum oxygen tetrahedra. Its primary structure is connected by shared oxygen atoms between tetrahedra, forming a beta cage structure at the vertices of the connection. Each beta cage is connected to other beta cages through a double hexagonal ring, and six oxygen bridges connect

High catalytic activity: Nickel nanoparticles

Its unique structure helps to enhance the durability of the catalyst

The stability of nanocellulose solution is also an important property

Modifying material:HEPES

Through this modification

The nano fiber morphology enables the material to have a large specific surface area

including oleic acid-modified ferric oxide

is a new material with a wide range of applications

Catalyst carrier: Synthesizing uniform nanoparticles on single-walled carbon nanohorns can make it an efficient catalyst carrier

thereby ensuring the crystalline quality and electrical properties of graphene

which becomes an important factor to restrict the improvement of the purity of carbon tubes

Basic scientific research: helps to delve into the unusual atomic level properties and magnetism of materials