基本信息ResearchTeachingPublication
Research should be driven from fundamental curiosity
Jing Zhong

Ph.D, Assistant Professor

Energy Structure Engineering, School of Civil Engineering

Visiting Research Fellow at Advanced Ceramic Institute

Harbin Institute of Technology

Harbin, Heilongjiang 150090, P. R. China

E-mail: zhongjing.hit@gmail.com




工作经历

标题At HIT

职位,职务,职称Assistant Profesor

工作地点,工作单位School of Civil Engineering, Harbin Institute of Technology

起讫时间2014.01-present



Education

标题Bachelor Degree

起讫时间2002.09-2006.07

所学专业Civil Engineering

学习机构School of Civil Engineering, Harbin Institute of Technology

学历Bachelor Degree



标题Master Degree

起讫时间2006.09-2008.07

所学专业Structure engineering

学习机构School of Civil Engineering, Harbin Institute of Technology

学历Master Degree



标题Ph.D

起讫时间2008.09-2013.12

所学专业Engineering Mechanics

学习机构School of Civil Engineering, Harbin Institute of Technology

学历Ph.d



荣誉称号

主要任职
Research interests
1) Shape Memory Polymers

One of the most serious problems that limit the application of shape memory polymers (SMP) is their low constrained shape memory recovery stress (CSMRS), which is only about 1% of that of shape memory alloys. Graphene has been proved both theoretically and experimentally a super strong material with large fracture strain, which make it a perfect reinforcement to enhance the CSMRS of SMP. We are investigating the effects of graphene on the mechanical and shape memory performance of SMP through modification of both the chemistry of graphene and the interface between the graphene and SMP. Another quite interesting research of SMP that are focused is to use SMP as smart soft substrate to study the stress focusing problems of thin film, which include crumples, wrinkles, crests.




2) Assembly of Carbon Nanotube and Graphene

Currently, carbon nanotube and graphene of varying size and chemistry can be prepared with high yield. They exhibit many fascinating properties. How to assembly those carbon nano materials with controllable porous structures is the key to many applications, such as catalysts, energy conversion and storage. Hydrothermal, filtration, freeze-drying, self-assembly induced by capped molecules (such as proteins and DNAs) are the main methods to realize the fabrication of regular structures. I am studying the wet-spin method for the assembly of carbon nano materials, which is firstly reported by Dr. Philippe Poulin from CNRS in 1999. All the precursor materials for the wet-spin are “frozen” once they come into contact with coagulation solution, and there are so many interesting dynamical interactions and phenomena arise in such a short time. I am trying to understand how the morphology, dimensionality and chemistry of those carbon nano materials in the precursor solution related their “frozen” dynamics and eventually their structures.




3) Multi-functional Energy storage devices

The advent of soft electronics has been revolutionarily expanding the applications of electronics. Smart energy storage materials, which can not only store electrochemical energy but also possess the sensitivity to the environment stimulus, can provide novel multi-functionalities complying with the current development of soft electronics. We are trying to design 3-D electrodes with hierarchical structures, as well as smart polymers based substrates, and eventually, multi-functional energy storage devices simultaneously having high energy storage capability and environment-sensitive characteristics are fabricated.




Group members
主要成员


科研项目

奖项成果
讲授课程
Structure mechanics I

Structure mechanics II

Continuum mechanics

Thermal physics

Statistical mechanics

Intermolecular and surface forces




招生信息
招生简介


论文期刊

论文标题1. The reinforcement efficiency of carbon nanotubes/shape memory polymer Nanocomposites

作者Li H., Zhong J *, Meng J., Xian G.

期刊名称Composites: Part B.

期卷2013,1(44),508-516.



论文标题2. Carbon Nanotube Sponges as Conductive Networks for Supercapacitor Devices. Nano Energy.

作者Zhong J, Yang Z, Mukherjee R, Thomas AV, Zhu K, Sun P, Lian J, Zhu H, Koratkar N *.

期刊名称Nano Energy.

期卷2013. 5.



论文标题3. Nano particles modified polymer based solar-reflective coating as a cooling overlay for asphalt pavement.

作者Wang H, Zhong J, Meng J, Xie N *.

期刊名称International Journal of Smart and Nano Materials

期卷2013,2(4),102-111.



论文标题4. Far-infrared reduced graphene oxide as high performance electrodes for supercapacitors.

作者Xiang F, Zhong J, Gu NY, Mukherjee R, Oh I, Koratkar N, Yang ZY *.

期刊名称Carbon.

期卷2014, 201-208



论文标题5. Porous Fe2O3 nanorods anchored on nitrogen-doped graphenes and ultrathin Al2O3 coating by atomic layer deposition

作者Hu T, Xie M, Zhong J, Sun HT, Sun X, Scott S, Georgy SM, Liu CS, Lian J *

期刊名称Carbon

期卷2014: 141-147.



论文标题6. Nanocarbon Aerogel Complexes Inspired by the Leaf Structure

作者Zhong J *, Meng J, Gui X, Hu T, Xie N, Lu X, Yang ZY, Koratkar N.

期刊名称Carbon

期卷2014: 637-644.



论文标题7. Carbon nanofibers and their composites: A review of synthesizing, properties, and applications

作者Feng L, Xie N *, Zhong J.

期刊名称 Materials

期卷2014.7, 3919-3945.



论文标题8. Mechanical properties of cermet composites with various geometrical tortuosity of metal phase: fractal characterization. . 2014, 607, 236-244.

作者Feng L, Xie N *, Shao W *, Lv L, J Zhong, L Zhen.

期刊名称Materials Science and Engineering. A

期卷2014, 607, 236-244.



论文标题9. Sol-gel assisted fast and low temperature synthesis of La-doped Li3V2(PO4)3/C as cathode materials for lithium-ion batteries. RSC Advances.

作者Yang Z*, Chen Z, Hu J, Zhong J, Gu N*, Zhang N.

期刊名称RSC Advances.



论文标题10. Shape memory fiber supercapacitors

作者J Zhong *, J Meng, Z Yang, P Poulin, N Koratkar

期刊名称Nano Energy



论文标题11. Fast Triggering of Shape Memory Polymers using an Embedded Carbon Nanotube Sponge Network

作者GX Zhou,H Zhang, SP Xu, XC Gui *, H Wei, JS Leng, N Koratkar, and J Zhong*

期刊名称Scientific reports

期卷Sci Rep. 2016; 6: 24148.



论文标题12. Microwave-Assisted Solvent-Free Synthesis of Zeolitic Imidazolate Framework-67

作者H Zhang, Jing Zhong*, GX Zhou,JL Wu, ZY Yang, and Xianming Shi*

期刊名称Journal of Nanomaterials



论文标题13. Mechanism for soil reinforcement by electro-osmosis in presence of calcium chloride

作者Zhang H, Zhou G, Wu J, Zhong J*, Wu J, Shi X*.

期刊名称Chemical Engineering Communications

期卷**.



论文标题14. Effect of Nanomaterials and Electrode Configuration on Soil Consolidation by Electroosmosis: Experimental and Modeling Studies.

作者Zhang H, Zhong J*, Shi X*.

期刊名称RSC Advances

期卷7, 12103-12112.



论文标题15. 3D printing strong and conductive geo-polymer nanocomposite structures modified by graphene oxide

作者Zhong J*, Zhou G, He P, Jia D*.

期刊名称 Carbon

期卷Doi: 10.1016/j.carbon.2017.02.102.



论文标题16. Influence of Releasing Graphene Oxide into A Clayey Sand: Physical and Mechanical Properties

作者Zhou G, Zhong J*, Hu XH, Wu JL, Shi XM*, Koratkar N.

期刊名称RSC Advances



论文标题17. In-Situ Pressing Synthesis of Densely Compacted Carbon Nanotubes Reinforced Nanocomposites with Outstanding Mechanical Performance

作者Yu YG, Zhong J*, Liu JD, Zhou GX, Lv LX, Xu CY*, Koratkar N.

期刊名称Composites Science and Technology



论文标题18. Solid-State Hybrid Fibrous Supercapacitors Produced by Dead-End Tube Membrane Ultrafiltration.

作者Yu Y, Zhong J*, Sun W, Kumar R, Koratkar N*.

期刊名称Advanced Functional Materials



论文标题19. Influence of graphene oxide in a chemically activated fly ash

作者Gang Xu, Jing Zhong, Xianming Shi*

期刊名称Fuel



论文标题20. Ultra-stretchable and highly sensitive strain sensor based on gradient structure carbon nanotube

作者Liang B, Lin Z, Chen W, He Z, Zhong J*, Zhu H, Tang Z, Xuchun Gui*.

期刊名称Nanoscale



论文标题21. Dry Spin Graphene Oxide Fibers: Mechanical Electrical Properties and Microstructure Evolution

作者Feng L, Chang Y, Zhong J*, Jia D*.

期刊名称Scientific Reports



论文标题22. Wrinkles with Changing Orientation and Complexity in a Single Piece of Thin Film. Journal of Applied Physics

作者Lichao Feng, Jingwei Tian, Liu J, Niu S*, Muhammad H, Dong M*,Zhong J*

期刊名称Journal of Applied Physics



论文标题23. Scalable synthesis of highly aligned and compact 2D nanosheet multifunctional films with record performances

作者Zhong J, Sun W, Qinwei Wei, Qian X, Cheng H, Ren W.

期刊名称Nature Communication



专利

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