国家/地区 China（10）
关键词 U VI（10）
出版物 CHEMICAL ENGINEERING JOURNAL（10）
出版时间 2016（2） 2017（2） 2019（2） 2023（2）
机构 NORTH CHINA .（3） CHINESE ACAD.（2）
作者 ALSAEDI A（4） HAYAT T（3） SUN YB（3） WANG XK（3）
AI YJ（2） LI JX（2） LIU X（2） SUN J（2）
WANG XX（2） XU XT（2）

Adsorption and desorption of U(VI) on different-size graphene oxide

CHEMICAL ENGINEERING JOURNAL

LIU X, SUN J, XU XT, ALSAEDI A, HAYAT T, LI JX

Plasma-enhanced amidoxime/magnetic graphene oxide for efficient enrichment of U(VI) investigated by EXAFS and modeling techniques

CHEMICAL ENGINEERING JOURNAL

HU BW, GUO XJ, ZHENG C, SONG G, CHEN DY, ZHU YL, SONG XF, SUN YB

Insight into the impact of interaction between attapulgite and graphene oxide on the adsorption of U(VI)

CHEMICAL ENGINEERING JOURNAL

LIU X, XU XT, SUN J, ALSAEDI A, HAYAT T, LI JX, WANG XK

Synthesis and application of magnetic graphene/iron oxides composite for the removal of U(VI) from aqueous solutions

CHEMICAL ENGINEERING JOURNAL

ZONG PF, WANG SF, ZHAO YL, WANG H, PAN H, HE CH

Synergistic mechanism of U(VI) sequestration by magnetite-graphene oxide composites: Evidence from spectroscopic and theoretical calculation

CHEMICAL ENGINEERING JOURNAL

DING CC, CHENG WC, NIE XQ, YI FC

Interaction of sulfonated graphene oxide with U(VI) studied by spectroscopic analysis and theoretical calculations

CHEMICAL ENGINEERING JOURNAL

SUN YB, WANG XX, AI YJ, YU ZM, HUANG W, CHEN CL, HAYAT T, ALSAEDI A, WANG XK

Application of three surface complexation models on U(VI) adsorption onto graphene oxide

CHEMICAL ENGINEERING JOURNAL

HU T, DING SJ, DENG HJ

High sorption of U(VI) on graphene oxides studied by batch experimental and theoretical calculations

CHEMICAL ENGINEERING JOURNAL

WANG XX, FAN QH, YU SJ, CHEN ZS, AI YJ, SUN YB, HOBINY A, ALSAEDI A, WANG XK

Uranium extraction by a graphene-based asymmetric electrode configuration through combined complexation, electro-adsorption, and photocatalytic reduction

CHEMICAL ENGINEERING JOURNAL

YAN C, LIAO Y, SHEN CJ, WENG XF, LEI RL, LIAO CL, ZHOU YX, WANG M

Fabrication of three-dimensional printed hybrid graphene oxide/calcium alginate network by 3D printing technology with outstanding U(VI) recycling capacity in acidic solution

CHEMICAL ENGINEERING JOURNAL

SONG FX, NIU YX, WANG N, CHEN WJ, XIE WB, LIU B