Chen Liqiong, Professor

 

Profile:

Chen Liqiong, Doctor of Science, Professor, "Pengcheng Peacock Plan Category A" Distinguished Talent. She is mainly engaged in the research of optical sensing rapid detection technology of nanomaterials and its application in food safety, environmental protection and in vitro health diagnosis, and has undertaken a number of projects, such as Guangdong Province College and University Key Area Special Project and Shenzhen Natural Science Foundation Basic Research (General Program).

 

Academic Background:

September 2005- June 2009 Zhongshan University, School of Chemistry and Chemical Engineering, Doctoral Degree

September 2000- June 2003 Zhongshan University, School of Chemistry and Chemical Engineering, Master's Degree

September 1996 - June 2000 Zhongshan University, School of Chemical Engineering, Bachelor's Degree

 

Work Experience:

January 2018 -Present Shenzhen Technology University, School of New Materials and New Energy, Professor

April 2010 - December 2017 Shenzhen Institute of Metrology and Quality Testing, Institute of Chemical Products Testing, Laboratory Director

June 2003- March 2010 Shenzhen Tsinghua University Research Institute, Institute of New Materials and Biomedicine, Deputy Director of Engineering Laboratory

 

Major Honors:

· Awarded the Second Prize of China Standard Innovation Contribution Award in March 2023

· Awarded the 3rd Prize of Science and Technology Progress by China Light Industry Federation in March 2022

· Awarded the "Pengcheng Peacock Plan, Category A" Distinguished Talent in January 2022

· Received the ISO Excellence Award in April 2021

· Awarded the 2nd Prize of Science and Technology of Guangdong Province in March 2021

Awarded "Outstanding Contribution to Toy Standardization Expert" by the National Toy Standardization Technical Committee in April 2019

· Awarded as ISO TC 181 WG8 Co-Convenor in October 2016

· Awarded the 3rd Prize of Science and Technology of Guangdong Province in February 2016

· Awarded the 2nd Prize of Guangdong Entry-Exit Inspection and Quarantine Bureau for "Science and Technology for the Promotion of Inspection" in June 2015

 

Research Interests:

1. Nanomaterials and analytical testing applications

2. Optical sensing technology and testing instruments

3. Instrumental analysis testing and standardization

 

Research Projects:

14. Key field project of colleges and universities in Guangdong Province: September 2020- September 2023, RMB 300,000, in progress, project leader

13. Basic Research Project of Shenzhen Natural Science Foundation: May 2020-May 2023, RMB 300,000, in progress, project leader

12. Science and Technology Innovation Project of Shenzhen Pingshan: May 2020- April 2024, RMB 300,000, in progress, project leader

11. Self-made instruments of Shenzhen Technology University: January 2020-December 2021, RMB 129,000, in progress, project leader

10. Cross-cutting project: January 2019- December 2020, RMB 250,000, completed, project leader

9. Horizontal Project: September 2019- September 2021, RMB 150,000, in progress, project leader

8. National Center of AQSIQ: July 2016 - December 2017, RMB 29.1 million, completed, main technical leader.

7. Shenzhen Strategic Emerging Industry Public Service Platform. January 2012- December 2014, RMB 5 million, completed, one of the project leaders

6. AQSIQ Science and Technology Project January 2013- December,2014, RMB 300,000, completed, project leader

5. AQSIQ Science and Technology Project: January 2015- December 2016, RMB 100,000, completed, project leader

4. Guangdong Provincial Quality Supervision Bureau Science and Technology Project: January 2013- December,2014, RMB 100,000, completed, project leader

3. Science and Technology Project of Shenzhen Nanshan: January 2008- December 2010 RMB 50,000, completed, project leader

2. Major cooperation project between Hong Kong and Guangdong: May 2007-2009, December HK$4 million, completed, one of the project leaders

1. Shenzhen Science and Technology Project: January 2006- December 2008  RMB 180,000, completed, project leader

 

Representative Papers:

15. Xuandi Lai, Feiyan Liu, Liqiong Chen*. Surface structure and optical property modulation of hybrid-peptide-capped gold nanoclusters and their aggregation-induced emission enhancement behavior. Advanced Optical Materials, 2023, doi: 10.1002/adom.202300151

14. 刘飞燕；赵笙良；赖璇迪；陆志扬；李霖峰；韩培刚*；陈丽琼*，基于金纳米簇和碳量子点的比率荧光传感法快速检测Hg2+，材料导报，2023,37(21):22070224
14. Liu Feiyan, Zhao Shengliang, Lai Xuandi, Lu Zhiyang, Li Linfeng, Han Peigang, Chen Liqiong, Rapid detection of Hg2+ by ratiometric fluorescence sensing method based on gold nanoclusters and carbon quantum dots, Materials Review, 2023, 37(21): 22070224

13. Feiyan Liu；Xuandi Lai ； Shengliang Zhao； Zhiyang Lu ； Peigang Han * ； Liqiong Chen*，A simple and feasible fluorescent approach for rapid detection of hexavalent chromium based on gold nanoclusters，Food Chemistry，2023，402 ：134251-134257.

12. Feiyan Liu ； Shengliang Zhao ； Xuandi Lai； Yongyao Fan ； Peigang Han*；Liqiong Chen*， Colorimetric and fluorescent probes for the rapid detection of profenofos in farmland system，Food Chemistry，2022 ，393，133321-133329.

11. Shengliang Zhao；Xuandi Lai ；Feiyan Liu； Liqiong Chen*，Carbon dots combined with masking agent for high selectivity detection of Cr(VI) to overcome interference associated challenges，Ecotoxicology and Environmental Safety，2022，244： 114069-114078.

10. Shengliang Zhao；Liqiong Chen*； Feiyan Liu；Yongyao Fan； Yiheng Liu； Yulai Han； Yunfei Hu； Jingyun Su ；Chunyan Song, Rapid and selective detection of aluminum ion using 1,2,3-triazole-4,5-dicarboxylic acid-functionalized gold nanoparticle-based colorimetric sensor, RSC Advances, 2021, 11, 30635-30645.

9. Zhao Shengliang, Liu Feiyan, Chen Liqiong*, A preliminary study on the research points of rapid detection methods for optical sensing of gold nanomaterials, Materials Review, 2021, 35(19): 19099-19115

8.Zhang Shiwe*; Yao Tianqi ; Wang Shifeng; Feng Ronghu; Chen Liqiong*; Zhu Vivian; Hu Guiping; Zhang Heng; Yang Guowu, Upconversion luminescence nanoparticles-based immunochromatographic assay for quantitative detection of triamcinolone acetonide in cosmetics, Spectrochimica Acta Part A: Molecular and Biomolecular Spectroscopy, 2019, 214: 302-308.

7.Zhang Shiwe*; Yao Tianqi ; Wang Shifeng; Feng Ronghu; Chen Liqiong*; Zhu Vivian; Hu Guiping; Zhang Heng; Yang Guowu, Development of an upconversion luminescence nanoparticles-based immunochromatographic assay for the rapid detection of dexamethasone in animal tissue, Food Analytical Methods, 2019,12 (3): 752 -760.

6. Lin Zhihui, Chen Liqiong*, Xing Yuanna, Ye Yumeng, Yan Weixian, Chen Zeyong, Optimization of orthogonal experiment for rapid screening of allergenic aromatic agents in toys by headspace gas chromatography-mass spectrometry. Analysis Laboratory, 2017, 36(9) 1036-1041.

5. Song Ruobing, Chen Liqiong*, Wei Ting, Chen Huan, Ye Linquan, Chen Zeyong, Study on the difference between recycled and virgin polypropylene materials, Plastics Industry, 45(5): 2017102-106.

4. Huo Juyuan, Chen Liqiong*, Wang Xin, Zhong Xinlin, Determination of migratable Cr(VI) in toys by post-column derivatization ion chromatography, Journal of Analytical Sciences, 2016, 32(4) 585-588.

3. Chen Liqiong*, Huo Juyuan, Wang Xin, Xing Yuanna, Chen Zeyong, Research progress in the determination of hexavalent chromium, Physico-Chemical Inspection (Chemical Branch), 2015, 51(8): 1208-1212.

2. Chen Liqiong*, Wang Xin, Huo Juyuan, Xing Yuanna, Chen Zeyong, Determination of migratable hexavalent chromium in toys by high performance liquid chromatography-inductively coupled plasma mass spectrometry, Analysis Laboratory, 2014, 33(8): 945-949.

1. Chen Liqiong*, Lin Zhihui, Xing Yuanna, Feng Xianhong, Wang Xin, Chen Zeyong, Determination of allergenic aromatic agents in toys by gas chromatography-mass spectrometry. Analysis Laboratory,2014, 33(8) 1171-1176

 

Representative Standards:

17. National Standards Nanotechnology: Guide to test methods for the properties of nanosilver, draft in progress, principal investigator

16. National Standard: GBT 41525-2022 Determination of migratable hexavalent chromium in toy materials, ion chromatography, Participant

15. National Standard: GBT 41068-2021 Determination of the content of water-soluble anions in graphene powders by ion chromatography, Participant

14. National Standard: GBT 40071-2021 Nanotechnology Measurement of layers in graphene-related two-dimensional materials Optical contrast method, Participant

13.National Standard: GBT 39630-2020 Nanosilver Colloidal Solution, Participant

12.Group Standard: TCSIQ 78007-2020 Cosmetic brushes, brushes, principal investigator

11.International Standard: ISO 8124-32020 Safety of toys -- Part 3Migration of certain elements, co-principal investigator

10. Group Standard: TT SATA015-2019 Identification and grading of cultivated diamonds, principal investigator

9. National Standard GBT 38424-2019 Determination of allergenic aromatic compounds in toys by gas chromatography-mass spectrometry, principal investigator

8. National Standard GBT 37647-2019 General rules for migration testing of specific elements in toys and children's products, Participant

7. National Standard: GBT 38420-2019 Determination of migration of bisphenol A in polycarbonate and polysulfone toys by high performance liquid chromatography-tandem mass spectrometry, Participant

6. Group Standard: TSATA 014-2019 Hard gold jewelry, Participant

5. International Standard: ISO 8124-62018 Safety of toys -- Part 6: Certain phthalates in toys and childcare articles, Participant

4. National Standard: GBT 36922-2018 Determination of organophosphorus flame retardants in toys by gas chromatography-mass spectrometry, Participant

3. Group Standard: SZTT/SATA 06-2018 Gold alloy jewelry surface abrasion resistance media grinding method, Participant

2. National Standard: GB/T 34435-2017 Determination of migratable hexavalent chromium in toy materials, High performance liquid chromatography-inductively coupled plasma mass spectrometry, Participant

1. National Standard: GB/T 35777-2017 Mechanical properties of metal and its alloy jewelry chains, tensile test, Participant

 

Representative Patents:

8. Chen Liqiong, Zhang Liming, Preparation method of poly(2-ethyl-2-oxazoline)-containing block cellulose derivatives, 2011-01-19, China, ZL200810029467.3.

ZL200710124845.1
7. Chen Liqiong, Li Rongxian; Anti-mosquito finishing agent and method of preparing and using it in anti-mosquito fabrics, 2011-02-09, ZL200710124845.1

6. Yang Fada, Li Rongxian, Chen Liqiong, Yang Jian, Wang Zhen, Preparation method of soluble titanium dioxide nanocrystals, 2009-06-17, China, ZL200510101123.5.

5. Chen Liqiong, Li Rongxian, A multifunctional green titanium dioxide nanocoating and its preparation method, 2007-06-06, China, ZL200410027589.0

4. Chen Liqiong, Li Rongxian, A nano-titanium dioxide nano-silver coating and its preparation method, 2007-06-06, China ZL200410027622.X

3. Chen Liqiong, Li Rongxian, Liquid nano-single silver antibacterial agent and its preparation method, 2007-02-07, China, ZL200510036375.4.

2. Chen Liqiong, Li Rongxian, China A highly effective antibacterial and anti-odor fabric preparation method, 2006-11-22,China, ZL200510035769.8.

1. Chen Liqiong, Li Rongxian, A photocatalytic liquid and its preparation method, 2006-10-25, China, ZL200410027590.3.

 

Contact information:

E-mail: chenliqiong@sztu.edu.cn