An efficient capture of cesium from cesium iodide (CsI) off-gas by aluminosilicate sorbents in the presence of oxygen
JH Yang, JY Yoon, SM Hong, JH Lee… - Journal of Industrial and …, 2019 - Elsevier
This study is the first to report the chemical adsorption of Cs from CsI by using
aluminosilicate filters developed in our laboratory. To examine the influence of oxygen on …
aluminosilicate filters developed in our laboratory. To examine the influence of oxygen on …
Investigations on the structural evolution and aqueous durability of [CsxBay][Fe3+ 2y+ xTi4+ 8-2y-x] O16 ceramics for radioactive cesium storage
X Wang, J Ma, X Lu, Z Fang, L Li, L Li… - Journal of Solid State …, 2020 - Elsevier
Hollandite ceramics are considered as a promising host matrix for cesium immobilization. In
the paper,[Cs x Ba y][Fe 3+ 2y+x Ti 4+ 8-2y-x] O 16 (0.3≤ x, y≤ 0.75) ceramics were …
the paper,[Cs x Ba y][Fe 3+ 2y+x Ti 4+ 8-2y-x] O 16 (0.3≤ x, y≤ 0.75) ceramics were …
Synthesis and phase structure of (Cs0.8−xBa0.4+x)(Al 1.6+ x 3+ Ti 6.4− x 4+ )O16 …
Y Yang, X Xie, X Yang, X Lu, K Yu, L Li, X Wang… - … of Radioanalytical and …, 2019 - Springer
In this paper, a sol-spray pyrolysis route was employed to fabricate (Cs, Ba)-hollandite
ceramic waste forms. The high-phase purity (Cs 0.8− x Ba 0.4+ x)(Al 1.6+ x Ti 6.4− x) O 16 …
ceramic waste forms. The high-phase purity (Cs 0.8− x Ba 0.4+ x)(Al 1.6+ x Ti 6.4− x) O 16 …
Synthesis and phase structure of (Cs. sub. 0.8-xBa. sub. 0.4+ x)(Al. sub. 1.6+ x. sup. 3+ Ti. sub. 6.4-x. sup. 4+) O. sub. 16 ceramics using sol-spray pyrolysis route for …
Y Yang, X Xie, X Yang, X Lu, K Yu, L Li… - … of Radioanalytical and …, 2019 - go.gale.com
In this paper, a sol-spray pyrolysis route was employed to fabricate (Cs, Ba)-hollandite
ceramic waste forms. The high-phase purity (Cs. sub. 0.8-xBa. sub. 0.4+ x)(Al. sub. 1.6+ xTi …
ceramic waste forms. The high-phase purity (Cs. sub. 0.8-xBa. sub. 0.4+ x)(Al. sub. 1.6+ xTi …