Reviews

pp.851−872

A review of three-dimensional graphene networks for thermal management and electromagnetic protection

JIA Hui，LIANG Lei-lei，LIU Dong，WANG Zheng，LIU Zhuo，XIE Li-jing，TAO Ze-chao，KONG Qing-qiang，CHEN Cheng-meng

This review specifically outlines different preparation strategies of 3D graphene network,structural properties,as well as the application in thermal interface materials,phase change materials,electromagnetic interference shielding and microwave absorbing.

pp.873−896

A review of aligned carbon nanotube arrays and carbon/carbon composites:fabrication,thermal conduction properties and applications in thermal management

DONG Zhi-jun，SUN Bing，ZHU Hui，YUAN Guan-ming，LI Bao-liu，GUO Jian-guang，LI Xuan-ke，CONG Ye，ZHANG Jiang

The preparation-structure-performance relationships of vertically aligned carbon nanotube arrays and carbon/carbon composites are outlined and the strategies for achieving high thermal conductivity are given.

pp.897−910

A review of graphene-based films for heat dissipation

LI Hao-liang，XIAO Shu-ning，YU Hong-liu，XUE Yu-hua，YANG Jun-he

We attempt to summarize the current state of reduced graphene oxide films,graphene films and graphene-based composite films for thermal management,including the preparation and the applications.

pp.911−929

A review of three-dimensional graphene networks for use in thermally conductive polymer composites:construction and applications

WU Ni，CHE Sai，LI Hua-wei，WANG Chao-nan，TIAN Xiao-juan，LI Yong-feng

This review summarizes the recent advancements in the construction and applications of three-dimensional graphenebased polymer composites (3D GPCs).The approaches to enhance the thermal conductivity of 3D GPCs are presented.

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pp.930−939

A mini review:application of graphene paper in thermal interface materials

LU Le，DAI Wen，YU Jin-hong，JIANG Nan，LIN Cheng-te

This review focuses on composition regulation and structure design of the hybrid graphene-based paper for thermal interface materials (TIMs).Based on the application of these TIMs,their advantages and limitations are discussed.Finally,further research prospects are proposed to promote the practical application of graphene paperbased TIMs.

Research articles

pp.940−948

Thermal conductivity of graphite nanofibers electrospun from graphene oxide-doped polyimide

YUAN Ze-zheng，CHEN Wei，SHI Yun-kai，CHU Xiao-dong，HUANG Zheng-hong，GAN Lin，LI Jia，HE Yan-bing，LI Bao-hua，KANG Fei-yu，DU Hong-da

This work found that only 0.1wt%GO improves degree of molecular orientation of GO/PI nanofibers,crystalline structure and thermal conductivity of the GO/PI graphite nanofiber.

pp.949−960

One-pot modified“grafting-welding”preparation of graphene/polyimide carbon films for superior thermal management

LI Hao-liang，WU Xian，CHENG Kui，ZHU Mo-han，WANG Liu-si，YU Hong-liu，YANG Jun-he

A feasible grafting-welding method is approached to enhance the heat dissipation performance by 48.92%.The modification of GO affords sufficient reactive sites,and the excessive APB-134 can be directly applied for further in-situ polymerization of PI.

pp.961−970

TiC-modified CNTs as reinforcing fillers for isotropic graphite produced from mesocarbon microbeads

LIN Xiang-bao，CHEN Hui，WU Jing，WU Zhi-gang，LI Run，LIU Hong-bo

The oxidation resistance and dispersibility of T-CNTs are significantly improved.T-CNTs promote the bonding between MCMB particles and enhance the interfacial strength.The mechanical properties of T-CNTs/ MCMB graphite have been greatly enhanced.

pp.971−979

Preparation and characterization of graphitized polyimide film/epoxy resin composites with high thermal conductivities

LI Wen-long，LI Xuan-ke，SHEN Ke，XU Hui-tao，GUO Jian-guang，WU Yong

The GPF/EP composite laminated with 80% GPF,showing a highly oriented sandwich structure,possesses the thermal conductivity of 894 W (m·K)−1.

pp.980−986

Microstructure of high thermal conductivity mesophase pitch-based carbon fibers

YE Chong，WU Huang，ZHU Shi-peng，FAN Zhen，HUANG Dong，HAN Fei，LIU Jin-shui，YANG Jian-xiao，LIU Hong-bo

The microstructural characteristics of the high thermal conductive mesophase pitch-based carbon fibers were studied,and the relationship between microstructural characteristics and thermal conductivity was built.

pp.987−994

Properties and microstructures of a matrix graphite for fuel elements of pebble-bed reactors after high temperature purification at different temperatures

ZHOU Xiang-wen，ZHANG Kai-hong，YANG Yang，WANG Lei，ZHANG Jie，LU Zhen-ming，LIU Bing，TANG Ya-ping

Temperature had significant influences on the microstructure of phenol resin derived carbon (PRC) in A3-3 matrix graphite.With the increment of heat-treated temperature,the more ordered structure of heat-treated PRC and corresponding lessd002value occurred which indicated the optimization of microstructures of PRC.

* The English electronic version of the article is published by Elsevier B.V.on ScienceDirect，https://www.sciencedirect.com/journal/new-carbon-materials/Online submission:http://xxtcl.sxicc.ac.cn/indexen.htm