Upon UV-irradiation at 254 nm, the photoluminescence of silver atoms in zeolite-Y decreases, meanwhile an absorption band shows up around 840 nm. By photostimulation at 840 nm, fluorescence of silver atoms is detected, which is called photostimulated luminescence, and the photoluminescence of silver atoms is increased slightly. These phenomena are attributed to the charge-transfer interaction between the zeolite framework and the entrapped silver atoms. (C) 1997 Published by Elsevier Science B.V
International audienceStable luminescent silver clusters in nanosized EMT zeolite suspension were pr...
We have measured for the first time the external quantum efficiency (EQE) of silver clusters contain...
Ag clusters (AgCLs) confined within Na-exchanged Linde type A zeolites are studied by X-ray absorpti...
AgI clusters in zeolite-Y (AgI/Y) were prepared by Ag+ exchange followed by reaction with NaI in sol...
The appealing luminescent properties of Ag-zeolites have been shown to be dependent on the local env...
Silver (Ag) clusters confined in matrices possess remarkable luminescence properties, but little is ...
Silver clusters confined in matrices possess remarkable luminescence properties, but little is known...
Faujasite zeolites with a regular micropore and mesopore structure have been considered desirable sc...
The structure and stability of Agn+ 3 clusters (n = 1, 2, 3) in zeolite Y and their photochemical pr...
This chapter presents silver ions and quantum-sized silver sulfide clusters in zeolite A. Ultraviole...
Luminescent silver clusters (AgCLs) stabilized inside partially Ag exchanged Na LTA zeolites show a ...
The integration of metal atoms and clusters in well-defined dielectric cavities is a powerful strate...
The unique physiochemical properties of metals have contributed to several areas of extensive resear...
© 2019 American Chemical Society. Ag clusters (AgCLs) confined within Na-exchanged Linde type A zeo...
Herein, AlKα X-rays are used to drive the growth of luminescent silver clusters in zeolites. The gro...
International audienceStable luminescent silver clusters in nanosized EMT zeolite suspension were pr...
We have measured for the first time the external quantum efficiency (EQE) of silver clusters contain...
Ag clusters (AgCLs) confined within Na-exchanged Linde type A zeolites are studied by X-ray absorpti...
AgI clusters in zeolite-Y (AgI/Y) were prepared by Ag+ exchange followed by reaction with NaI in sol...
The appealing luminescent properties of Ag-zeolites have been shown to be dependent on the local env...
Silver (Ag) clusters confined in matrices possess remarkable luminescence properties, but little is ...
Silver clusters confined in matrices possess remarkable luminescence properties, but little is known...
Faujasite zeolites with a regular micropore and mesopore structure have been considered desirable sc...
The structure and stability of Agn+ 3 clusters (n = 1, 2, 3) in zeolite Y and their photochemical pr...
This chapter presents silver ions and quantum-sized silver sulfide clusters in zeolite A. Ultraviole...
Luminescent silver clusters (AgCLs) stabilized inside partially Ag exchanged Na LTA zeolites show a ...
The integration of metal atoms and clusters in well-defined dielectric cavities is a powerful strate...
The unique physiochemical properties of metals have contributed to several areas of extensive resear...
© 2019 American Chemical Society. Ag clusters (AgCLs) confined within Na-exchanged Linde type A zeo...
Herein, AlKα X-rays are used to drive the growth of luminescent silver clusters in zeolites. The gro...
International audienceStable luminescent silver clusters in nanosized EMT zeolite suspension were pr...
We have measured for the first time the external quantum efficiency (EQE) of silver clusters contain...
Ag clusters (AgCLs) confined within Na-exchanged Linde type A zeolites are studied by X-ray absorpti...