Irrversible cesium adsorption capacity of granite-origin soil

  • Lee, Ayeong; 
  • Chon, Chul-Min; 
  • Kim, Jae Gon; 
  • Ryu, Jungho; 
  • Kim, Yeongkyoo
Citations

WEB OF SCIENCE

2
Citations

SCOPUS

3

초록

The irreversible adsorption capacity of radioactive cesium in soil of granite origin was assessed via a desorption experiment. The results demonstrated that the cesium desorption only occurred when it reached 0.035% of the cation exchange capacity, despite the presence of the competing ion (K+). The fixation of cesium on frayed edge sites, primarily ascribed to weathered mica and interpretable via the dual-site Langmuir model, may contribute to this irreversible binding. Consequently, the extraction of these minerals from granite-origin soil possesses the potential to diminish the concentration and volume of radioactive soil waste contamination.

키워드

Radioactive cesium; Granite-origin soil; Fixation; Weathered mica; Frayed edge sites; RADIOCESIUM; SORPTION; SPECIATION; MINERALS; KINETICS; CS-137
제목
Irrversible cesium adsorption capacity of granite-origin soil
저자
Lee, Ayeong; Chon, Chul-Min; Kim, Jae Gon; Ryu, Jungho; Kim, Yeongkyoo
DOI
10.1007/s10967-023-09206-7
발행일
2024-01
유형
Article
저널명
Journal of Radioanalytical and Nuclear Chemistry
권
333
호
1
페이지
289 ~ 295