Halide Perovskite, a potential scintillator for X‐ray detection
Scintillator is a unique class of luminescent materials, which is extensively used in many
fields such as nondestructive testing, medical imaging, space probes, etc. Compared with …
fields such as nondestructive testing, medical imaging, space probes, etc. Compared with …
[HTML][HTML] Color-tunable X-ray scintillation based on a series of isotypic lanthanide–organic frameworks
For the first time, we report intense X-ray scintillation enabled by a series of isotypic
lanthanide (Eu and Tb) based metal–organic frameworks, initially showing a very efficient X …
lanthanide (Eu and Tb) based metal–organic frameworks, initially showing a very efficient X …
Effect of Zr incorporation on mordenite catalyzed dimethyl ether carbonylation
P Zhao, W Qian, H Ma, H Sheng, H Zhang, W Ying - Catalysis Letters, 2021 - Springer
Zr-mordenite catalysts were prepared by post-treatment method and H-mordenite catalyst
was synthesized by hydrothermal method for the dimethyl ether carbonylation reaction …
was synthesized by hydrothermal method for the dimethyl ether carbonylation reaction …
Progress toward Zeolite-Based Self-Luminous Sensors for Radioactive Isotopes such as 201Tl and 137Cs: Structures and Luminescence of Hf,Cl,Tl-A and Hf,Cl,Cs …
Smart materials that both sorb and announce the presence of radioactive isotopes such as
201Tl and 137Cs are needed for human safety in environmental catastrophies. This study …
201Tl and 137Cs are needed for human safety in environmental catastrophies. This study …
Disproportionation of an Element in a Zeolite. III. Crystal Structure of a High-Temperature Sulfur Sorption Complex of Zeolite LTA Containing Two New Ions: Perthiosulfite, S42–, and the …
HS Lim, NH Heo, K Seff - The Journal of Physical Chemistry C, 2018 - ACS Publications
The structure of a high-temperature sulfur sorption complex of zeolite Na-A (LTA) has been
determined by single-crystal crystallography. It was prepared by treating anhydrous Na-A …
determined by single-crystal crystallography. It was prepared by treating anhydrous Na-A …
Encapsulating Luminescent Materials in Zeolites. III. Crystal Structure and Scintillation Properties of Cs, Na-LTA Treated with Zirconium Chloride Vapor
With the purpose of developing a new zeolite scintillator, fully dehydrated Cs, Na-A was
exposed to ZrCl4 (g, 3.7× 103 Pa) at 523 K. The crystal structures of Cs, Na-A and of the …
exposed to ZrCl4 (g, 3.7× 103 Pa) at 523 K. The crystal structures of Cs, Na-A and of the …
Preparation, crystal structure, and luminescence properties of zeolite LTA containing extraframework tantalum (V), tantalum (II), thallium (I), and chloride
For the first time pentapositive cations have been introduced into a zeolite at extraframework
positions. Their presence was confirmed by single-crystal crystallography using synchrotron …
positions. Their presence was confirmed by single-crystal crystallography using synchrotron …
The Pentatin Cation in Zeolite Y: Thallous Ion Exchange and Crystal Structure of| Sn36Cl11|[Si128Al64O384]-FAU Containing Sn512+, Sn2Cl3+, and Sn3Cl5+
JY Kim, NH Heo, K Seff - The Journal of Physical Chemistry C, 2017 - ACS Publications
Sn512+, Sn2Cl3+, and Sn3Cl5+ have replaced all of the Tl+ ions in the zeolite Tl71–Y (|
Tl71|[Si121Al71O384]-FAU) by thallous ion exchange (TIE), a vapor phase ion exchange …
Tl71|[Si121Al71O384]-FAU) by thallous ion exchange (TIE), a vapor phase ion exchange …
Preparation, crystal structure, and luminescence of zeolite Ta,Cl,Cs,Na-A containing a cubic Cs11TaCl 6 10+ continuum
HS Lim, NH Heo, K Seff - Journal of Porous Materials, 2017 - Springer
Abstract The anhydrous zeolite|(Cs 11 TaCl 6) 0.11 10+ Cs 4.4+ Na 4.5+| Si 14 Al 10 O 48-A
was prepared to study its expected X-ray luminescence. Fully dehydrated Cs 7 Na 5-A was …
was prepared to study its expected X-ray luminescence. Fully dehydrated Cs 7 Na 5-A was …
Identification and structures of the X-ray induced luminescence centers in the zeolites Zr, X, Cs, Na-LTA, X= Cl, Br, and I
Zr 4+ and halide anions were introduced into zeolite A (LTA) by treating Cs, Na-A with ZrX 4
(g), X= Br and I, under anhydrous conditions. The crystal structures of Zr, Br, Cs, Na-A and …
(g), X= Br and I, under anhydrous conditions. The crystal structures of Zr, Br, Cs, Na-A and …