Add to ORKGZeolite Y was used in this research. The structure of FAU zeolite is cubic and built from sodalite cage connected via the double 6-membered ring. It forms a three-dimensional network of nearly spherical supercages of about 1.3 nm in diameter connected tetrahedrally to four other supercages through 0.74 nm windows. The charge-compensating cations are mobile and distributed among several types of sites
From the perspective of asymmetric induction, the photochemistry of 24 chiral esters and amides of c...
Alkali ion-exchanged Y-zeolites significantly enhance asymmetric induction in the photoisomerization...
From the perspective of asymmetric induction, the photochemistry of 24 chiral esters and amides of c...
Photochemistry in organized assemblies has attracted considerable attention because of their potenti...
Abstract: Photolyses of accnaphthylene included in WY zeolites gave the corresponding cis and trans ...
Photolyses of acenaphthylene included in M+ Y zeolites gave the corresponding cis and trans dimers. ...
Two strategies, namely chiral inductor and chiral auxiliary approaches, have been examined within ze...
In this article, we illustrate how one can utilize a zeolite matrix to control the photophysical and...
Irradiation of 2-benzoyladamantane derivatives in zeolites yields the endo-cyclobutanols as the only...
Through a systematic study of several diphenylcyclopropane derivatives, we have inferred that the ca...
With Nature as role model, chemists have utilized confined media to achieve selectivity in chemical ...
Photolysis of macrocyclic mono- and diketones (1 and 2) included in X and Y zeolites gives Norrish t...
Work presented in this thesis is the consolidation of our experiments aimed at achieving selectivity...
The alkali ions present in the supercages of zeolites X and Y interact with included guest molecules...
This thesis focuses on the photochemistry and photophysics of a variety of zeolite complexes, from c...
From the perspective of asymmetric induction, the photochemistry of 24 chiral esters and amides of c...
Alkali ion-exchanged Y-zeolites significantly enhance asymmetric induction in the photoisomerization...
From the perspective of asymmetric induction, the photochemistry of 24 chiral esters and amides of c...
Photochemistry in organized assemblies has attracted considerable attention because of their potenti...
Abstract: Photolyses of accnaphthylene included in WY zeolites gave the corresponding cis and trans ...
Photolyses of acenaphthylene included in M+ Y zeolites gave the corresponding cis and trans dimers. ...
Two strategies, namely chiral inductor and chiral auxiliary approaches, have been examined within ze...
In this article, we illustrate how one can utilize a zeolite matrix to control the photophysical and...
Irradiation of 2-benzoyladamantane derivatives in zeolites yields the endo-cyclobutanols as the only...
Through a systematic study of several diphenylcyclopropane derivatives, we have inferred that the ca...
With Nature as role model, chemists have utilized confined media to achieve selectivity in chemical ...
Photolysis of macrocyclic mono- and diketones (1 and 2) included in X and Y zeolites gives Norrish t...
Work presented in this thesis is the consolidation of our experiments aimed at achieving selectivity...
The alkali ions present in the supercages of zeolites X and Y interact with included guest molecules...
This thesis focuses on the photochemistry and photophysics of a variety of zeolite complexes, from c...
From the perspective of asymmetric induction, the photochemistry of 24 chiral esters and amides of c...
Alkali ion-exchanged Y-zeolites significantly enhance asymmetric induction in the photoisomerization...
From the perspective of asymmetric induction, the photochemistry of 24 chiral esters and amides of c...