# Fileset

[AIST-I-LDH.pdf](https://mdr.nims.go.jp/filesets/9797c412-0996-4a10-95b2-f1447f8b6355/download)

## Creator

National Institute for Materials Science, University of Miyazaki, National Institute of Advanced Industrial Science and Technology

## Rights



## Other metadata

[Iodine adsorption by layered double hydroxides](https://mdr.nims.go.jp/datasets/04e77919-6a59-415d-9d0c-fac860ab8772)

## Fulltext

ID AdsorbentProductionareaParticlesizeComposition,etc. pHFiltration○：Yes×：NoAmountofadsorbentm[g]SolutionvolumeV[ml]Mixingtime(1)[h]Cs[ppm]Sr(2)[ppm]I(3)[ppm]Iadsorptionratio[％]Kd(I)LDH/synthesis mordenite（1：1）complex Ultrapure water ○ 0.1 10 24 1 23.4 30.5LDH/synthesis mordenite（1：1）complex Ultrapure water ○ 0.1 10 24 10 19.3 23.9Hydrotalcite Ultrapure water ○ 0.1 10 24 1 4 4.5Hydrotalcite Ultrapure water ○ 0.1 10 24 10 <0 <0LDH/synthesis mordenite（1：2）complex Ultrapure water 7.03 ○ 0.1 10 24 0.5 16.4 19.6LDH/synthesis mordenite（1：2）complex Ultrapure water 7.08 ○ 0.1 10 24 1 15.7 18.6LDH/synthesis mordenite（1：2）complex Ultrapure water 6.43 ○ 0.1 10 24 10 18.9 23.3LDH/zeolite（1：2）complex Ultrapure water 7.03 ○ 0.1 10 24 0.5 1 1LDH/zeolite（1：2）complex Ultrapure water 7.08 ○ 0.1 10 24 1 <0 <0LDH/zeolite（1：2）complex Ultrapure water 6.43 ○ 0.1 10 24 10 2.5 2.6Hydrotalcite Ultrapure water 7.08 ○ 0.1 10 24 1 5.7 6Aqueous solution Ion concentration of the solution