In this work, the influence of the chemical composition (species and number of trivalent substitution atoms) on the acidity of the isomorphously substituted MCM-22 zeolite was investigated in detail by density functional theory. By calculating the proton affinity and NH3 adsorption energy, it was found that the acidity of the MCM-22 zeolite decreased with increasing number of trivalent substitution atoms introduced into the zeolite framework. Moreover, the acidity of the substituted MCM-22 increased in the sequence of B-MCM-22 [Al,B]-MCM-22 > Fe-MCM-22 > [Al,Fe]-MCM-22 > Al-MCM-22. All these results were in good agreement with the experimental results
Density functional calculations were carried out on a series of metal-exchanged and H-form ZSM-5 zeo...
The fundamental aspects of Brønsted acidity and catalytic reactivity of faujasite-type zeolites were...
The fundamental aspects of Brønsted acidity and catalytic reactivity of faujasite-type zeolites were...
The density functional theory has been used to study the isomorphously substituted MCM-22 zeolite fo...
Density functional theory has been applied to study the distribution of the framework aluminum atoms...
Density functional theory was applied to study the location and the acid strength of Bronsted acid s...
DFT calculations were performed on the acidity of MCM-22 zeolite with double Si/Al substitutions at ...
Density Functional Calculations on the Distribution, Acidity, and Catalysis of TiIV and TiIII Ions i...
The effect of isomorphous substitution of Si by Al, B, and Ga in the tetrahedral sites of a zeolite ...
The acidity on the external surface of the MCM-22 zeolite was studied by theoretical calculations co...
The incorporation of zirconium atoms into the framework of some aluminosilicate molecular sieves can...
The characterization of the acidity of zeolites allows a direct correlation with their catalytic act...
We theoretically investigate the properties of the IM-12 to address a catalyst for acidic conversion...
An important factor in zeolite catalysis is the proton affinity, i.e., the energy required to remove...
The relative strength of Bronsted acid sites in isomorphously substituted chabazite (M-CHA; Me = Al3...
Density functional calculations were carried out on a series of metal-exchanged and H-form ZSM-5 zeo...
The fundamental aspects of Brønsted acidity and catalytic reactivity of faujasite-type zeolites were...
The fundamental aspects of Brønsted acidity and catalytic reactivity of faujasite-type zeolites were...
The density functional theory has been used to study the isomorphously substituted MCM-22 zeolite fo...
Density functional theory has been applied to study the distribution of the framework aluminum atoms...
Density functional theory was applied to study the location and the acid strength of Bronsted acid s...
DFT calculations were performed on the acidity of MCM-22 zeolite with double Si/Al substitutions at ...
Density Functional Calculations on the Distribution, Acidity, and Catalysis of TiIV and TiIII Ions i...
The effect of isomorphous substitution of Si by Al, B, and Ga in the tetrahedral sites of a zeolite ...
The acidity on the external surface of the MCM-22 zeolite was studied by theoretical calculations co...
The incorporation of zirconium atoms into the framework of some aluminosilicate molecular sieves can...
The characterization of the acidity of zeolites allows a direct correlation with their catalytic act...
We theoretically investigate the properties of the IM-12 to address a catalyst for acidic conversion...
An important factor in zeolite catalysis is the proton affinity, i.e., the energy required to remove...
The relative strength of Bronsted acid sites in isomorphously substituted chabazite (M-CHA; Me = Al3...
Density functional calculations were carried out on a series of metal-exchanged and H-form ZSM-5 zeo...
The fundamental aspects of Brønsted acidity and catalytic reactivity of faujasite-type zeolites were...
The fundamental aspects of Brønsted acidity and catalytic reactivity of faujasite-type zeolites were...