Chuanbing Li

Chinese University of Hong Kong, Shenzhen

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Qingbin Zheng

Chinese University of Hong Kong, Shenzhen

Fei Zhang

Chinese University of Hong Kong, Shenzhen

Jianjun Jiang

Northwestern Polytechnical University

Yujun Li

Northwestern Polytechnical University

Yuxuan Sun

University of Science and Technology of China

Dan Liú

Chinese University of Hong Kong, Shenzhen

Jinyi Wu

National Chiayi University

Guoyu Yang

Northwestern Polytechnical University

Kun Dai

Shenzhen Institutes of Advanced Technology

Xuming Yao

Jiaxing University

Cooperative Institutions

Chinese University of Hong Kong, Shenzhen

Chinese Academy of Sciences

Northwestern Polytechnical University

Nankai University

State Key Laboratory of Medicinal Chemical Biology

University of Chinese Academy of Sciences

University of Science and Technology of China

Peking University

Tsinghua University

Huazhong University of Science and Technology

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Facile preparation of large-scale expanded graphite/polydimethylsiloxane composites for highly-efficient electromagnetic interference shielding

Journal of Materials Chemistry A (2022)

Fei Zhang Chuanbing Li Yinhang Zhang Yuxuan Sun Xuming Yao

Highly oriented graphite frameworks are constructed via a facile intercalation–expansion process, which present excellent EMI shielding performance and scalability, showing great potential for the application of next-generation flexible electronics.

Polydimethylsiloxane

10.1039/d2ta06263a

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Citations (10)

Soft Organic Thermoelectric Materials: Principles, Current State of the Art and Applications

Small (2021)

Yinhang Zhang Wei Wang Fei Zhang Kun Dai Chuanbing Li

Abstract The enormous demand for waste heat utilization and burgeoning eco‐friendly wearable materials has triggered huge interest in the development of thermoelectric materials that can harvest low‐cost energy resources by converting waste heat to electricity efficiently. In particular, due to their high flexibility, nontoxicity, cost‐effectivity, and promising applicability in various fields, organic thermoelectric materials are drawing more attention compared with their toxic, expensive, heavy, and brittle inorganic counterparts. Organic thermoelectric materials are approaching the figure of merit of the inorganic ones via the construction and optimization of unique transport pathways and device geometries. This review presents the recent development of the interdependence and decoupling principles of the thermoelectric efficiency parameters as well as the new achievements of high performance organic thermoelectric materials. Moreover, this review also discusses the advances in the thermoelectric devices with emphasis on their energy‐related applications. It is believed that organic thermoelectric materials are emerging as green energy alternatives rivaling their conventional inorganic counterparts in the efficient and pure electricity harvesting from waste heat and solar thermal energy.

10.1002/smll.202104922

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Citations (74)

Surface and Interfacial Engineering for Multifunctional Nanocarbon Materials

ACS Nano (2025)

Yuxuan Sun Chuanbing Li Dan Liú Fei Zhang Jie Xue

Multifunctional materials are accelerating the development of soft electronics with integrated capabilities including wearable physical sensing, efficient thermal management, and high-performance electromagnetic interference shielding. With outstanding mechanical, thermal, and electrical properties, nanocarbon materials offer ample opportunities for designing multifunctional devices with broad applications. Surface and interfacial engineering have emerged as an effective approach to modulate interconnected structures, which may have tunable and synergistic effects for the precise control over mechanical, transport, and electromagnetic properties. This review presents a comprehensive summary of recent advances empowering the development of multifunctional nanocarbon materials via surface and interfacial engineering in the context of surface and interfacial engineering techniques, structural evolution, multifunctional properties, and their wide applications. Special emphasis is placed on identifying the critical correlations between interfacial structures across nanoscales, microscales, and macroscales and multifunctional properties. The challenges currently faced by the multifunctional nanocarbon materials are examined, and potential opportunities for applications are also revealed. We anticipate that this comprehensive review will promote the further development of soft electronics and trigger ideas for the interfacial design of nanocarbon materials in multidisciplinary applications.

Surface Engineering

10.1021/acsnano.4c14128

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OPTIMIZATION OF CAR SOUND PACKAGE WITH STATISTICAL ENERGY ANALYSIS MODEL USING GREY RELATIONAL ANALYSIS AND TAGUCHI METHOD

Fluctuation and Noise Letters (2013)

Shuming Chen Dengfeng Wang Jing Chen Bo Liu Chuanbing Li

Optimization design of the structures and thicknesses of the sound packages is performed for automotive interior acoustic performance and lightweight characteristics. A SEA model of the car was created, and its interior noise of the automobile was predicted and validated at speed of 120 km/h. The contributions of some major subsystems to interior noise were calculated at 120 km/h. Both of major characteristic indices including interior SPL and total weight of sound packages are selected to evaluate automotive interior acoustic performance and lightweight characteristics, and four selected optimization parameters are structures and thicknesses of the sound package of firewall and front floor. The problem of multiple performance indices is simplified into single performance index by using grey relational grade. The optimal combination of sound package parameters is determined by employing grey relational analysis method. Furthermore, the validation tests show that the values of interior SPL and overall weight of sound packages decrease by 1.31% and 60.36%, respectively. Also, the comparison of the overall SPL for automotive interior noise experiments between original and optimized structures and thicknesses of the sound packages shows that automotive interior acoustic performance is obviously improved from 200 Hz to 10,000 Hz. Therefore, it is demonstrated that it is an effective way to deal with optimization problems by using the presented approach in this research.

Grey relational analysis

Soundproofing

Statistical energy analysis

Orthogonal array

10.1142/s0219477512500241

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Citations (3)

Micro-diamond assisted bidirectional tuning of thermal conductivity in multifunctional graphene nanoplatelets/nanofibrillated cellulose films

Carbon (2021)

Yinhang Zhang Wei Wang Fei Zhang Lingqi Huang Kun Dai

Thermal transfer

10.1016/j.carbon.2021.12.067