α-Terpineol was synthesized in one-step with α-pinene and β-pinene from turpentine oil as primary materials, using H-mordenite molecular sieve(H-M) as catalyst in the presence of quaternary ammonium salt(QX)[KG-*5],to carry out simultaneously the reactions of ring-opening, rearrangement and hydration.

The La/β molecular sieve catalyst was prepared by the ion-exchange method using microwave heating and conventional heating.

A new method of removing water from the ethanol and water mixture near azeotropic concentration was proposed based on isobutylene(IB) hydration-etherification catalyzed by β molecular sieve.

Effects of ammonium salts modification on acidity of β molecular sieve and on its catalytic performances for diisopropylbenzene isomerization were studied.

Diffusivity of benzene in β zeolite: Kinetic Monte Carlo simulations;

Study on synthesis anthraquinone from phthalic anhydride and benzene over modified β zeolite catalyst

Influence of alkaline on preparation of new composites from montmorillonite and NaY zeolites or β zeolites was investigated.

A model of molecules diffusion in β-zeolite was proposed by assuming that the movement of molecules was a random walk on different adsorption sites.

A quantum chemical ONIOM [B3LYP/6-31G(d,p):UFF] method has been applied to study the distribution of Br?nsted acid at nine inequivalent T sites and the acidity of Brφnsted acid in β-zeolite.

Gas phase transalkylation of diethylbenzene over a ZSM5/ZSM11 cocrystal zeolite catalyst;