1. The removal of uranium and cesium by
functionalized graphene oxide materials
2. The adsorption and mechanism of biomimetic
mineral materials for uranium
3. The detection of uranium in water by fluorescent luminescent materials
Hongjuan Liu is a lecturer and Master tutor in the Department of Radiation Protection and Nuclear Safety, School of Nuclear Science and Technology, University of South China.Her main research interests are the interaction between environmental functional materials and radionuclides.She has published 12 academic papers as the first author, 8 of which were included in SCI/EI.As the first inventor, she was granted one invention patent.She is supported by China Scholarship Council, China Postdoctoral Foundation, hunan Provincial Natural Science Foundation for General And Youth, hunan Provincial Department of Education key projects, China Institute of Atomic Energy commissioned projects and Doctoral Start-up fund of University of South China, etc.
2009.07~so far University Of South China， Lecturer/Master tutor
2020.01~2021.01 Illinois Institute of
Technology ，visiting
scholar
2021.03~so far China University of Geosciences， postdoctor
2001.09~2005.07 School and Major，Academic Degree
2001.09~2005.07 University Of South
China; environmental engineering，Bachelor
2006.09~2009.07 South China University of
Technology; environmental science ，Master
2015.09~2018.07 University Of South China, Nuclear Technology and Applications，Doctor
1. The removal of uranium and cesium by
functionalized graphene oxide materials
2. The adsorption and mechanism of biomimetic
mineral materials for uranium
3. The detection of uranium in water by fluorescent luminescent materials
1. China Scholarship Council :CSC201908430311,
2019-2020.
2. China Postdoctoral Science Foundation: 2021 m692984,
Study on microstructure regulation and Uranium removal performance optimization
of go as template hydroxyapatite biomimetic Material, 2021-2023, PI,
3. Hunan Natural Science Foundation: 2021JJ30563,
green bionic control synthesis of nanometer hydroxyapatite composite material,
2021-2023, PI.
4. Hunan Natural Science
Foundation: 2018JJ3420, Preparation of magnetic graphene oxide
nanomaterials and their characteristics and mechanism of removing
uranium, 2018-2020, PI.
5. The Research Foundation of Education Bureau of
Hunan Province: 18 A233, The synthesis of functional
nanocomposites and its mechanism of the
uranium adsoption, 2019-2021, PI.
6. Commissioned by China Institute of Atomic Energy: The
special project of decommissioning and treatment issued by the State
Administration of Science, Technology and Industry for National Defence,
Preparation of simulated radioactive contaminated soil and analysis of
strontium-90 in contaminated soil, 2019-2020, PI.
7. Doctoral Start-up fund of University of South China,
2018 XQD07, The synthesis of functionalization of
graphene oxide nanocomposites and its
interaction mechanism with uranium, 2018-2021, PI.
[1] Hongjuan Liu*, Yuancheng Zhou, Yibo Yang, Ke
Zou, Renjie Wu, Ke Xia, Shuibo Xie*, Synthesis of
polyethylenimine/graphene oxide for the adsorption of U(VI) from aqueous
solution, Applied Surface Science, 2019, 471, 88-95
[2] Hongjuan Liu*, Shuibo Xie*, Ju Liao,
Tianrun Yan, Yingjiu Liu, Xihai Tang, Novel graphene oxide/
bentonite composite for uranium(VI) adsorption from aqueous solution, Journal
of Radioanalytical and Nuclear Chemistry, 2018, 317(3), 1349-1360
[3] Hongjuan Liu*,Shuibo Xie*, Xichen Zhang,
Yingjiu Liu, Taotao Zeng, Poly(β-cyclodextrin)/ bentonite composite:
synthesis mechanism and adsorption property for cesium in water, Journal
of Radioanalytical and Nuclear Chemistry, 2018, 318(3),2117-2127
[4] Hongjuan Liu, Shuibo Xie*, Tiancheng
Wang, Yingjiu Liu, Taotao Zeng, Effect of coexisting cations on the
adsorption of cesium onto poly (β-cyclodextrin)/bentonite composite, Journal
of Radioanalytical and Nuclear Chemistry, 2017, 312(2), 557-565
[5] Hongjuan Liu, Shuibo Xie, Liangshu Xia, Quan
Tang, Xi Kang, Fei Huang, Study on adsorptive property of bentonite for
cesium, Environment Earth Science, 2016, 75(2), 148
1. Luminescent Fluorapatite for Detecting UO22+,
Cu2+, and Cr3+ Ions，USA national invention patent, ranking first.
2. Hongjuan Liu；Shuibo Xie；Ju Liao；Tianrun Yan； A bentonite grafted graphene oxide high efficiency uranium adsorbent and its preparation method ，ZL 201710430482.8