Synthesis of new zeolite molecular sieve structure.

In recent years, the design and synthesis of functional crystal materials have attracted more and more attention.
Recently, jilin university in JiGong and valencia in Spain, a professor at China university of technology professor Corma invited in Chem. Soc. Rev., wrote entitled "short of new zeolite structures" invited review (Jiyang Li, Avelino Corma and Jihong Yu, Chem. Soc. Rev., 2015, 44, 7112-7127).

Zeolite molecular sieve is a kind of inorganic crystal material with regular channel or cage structure, which is the most important catalyst and adsorption separation material in petrochemical and fine chemical industry.
Since the synthesis of zeolite molecular sieve in 1940, there are more than 230 kinds of molecular sieve structure in the international zeolite molecular sieve association, among which 170 kinds of zeolite molecular sieves are synthesized.
The synthesis of new zeolite molecular sieve has been a hot topic in zeolite molecular sieve.
This review article systematically summarizes the zeolite molecular sieve synthesis in nearly a decade of the latest research progress, summed up the new zeolite molecular sieve synthesis in recent years: three effective ways to adopt organic structure in the process of the design guide agent, heteroatomic substitution and change topology, and introduced the use of these synthetic strategy developed with unique structural features (such as chiral channel, odd circle hole, large hole, extremely complex skeleton topology, etc.) of the new structure of zeolite molecular sieves.
Finally, this review presents the challenge of molecular sieve synthesis and the new thinking of future development, which provides a meaningful reference for the synthesis of new zeolite molecular sieves.