Jing Wang

Beijing Institute of Technology

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Xuyan Mao

Jining Medical University

Liang Jiang

Yantai University

Xiangyu Xu

Jining Medical University

Guoqiang Tan

Loughborough University

Chen Guo

Shenyang Pharmaceutical University

Junhe Ma

Qingdao University of Science and Technology

Shifeng Hou

Xidian University

Huizhou Liu

Institute of Process Engineering

Jie Yang

Second Affiliated Hospital of Zhejiang University

Qianqian Zhai

Huazhong Agricultural University

Cooperative Institutions

Chinese Academy of Sciences

University of Chinese Academy of Sciences

Beijing Institute of Technology

Chongqing University of Technology

Shandong University

Dalian University of Technology

Tsinghua University

Shanghai Jiao Tong University

Ministry of Agriculture and Rural Affairs

University of Science and Technology of China

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Suggestions for the Qinling National Park Construction based on experiences of international large-scale ecological corridors

自然资源学报 (2021)

Fuqin Yu Baiping Zhang Jing Wang Xing-hang ZHANG Yonghui Yao

Abstract:

10.31497/zrzyxb.20211003

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Citations (3)

Artifical fish flocked surface as a possible anti-biofoulant

Jing Wang Bing Qu Yan Ming Su Chao Pan Wei Cai

Biofouling is a major problem for shipping, ecosystems and aquaculture industry. From the analysis of the factors affecting the biofouling process, the interference with the settlement and attachment mechanisms is the most promising environmentally benign option.This can be accomplished in two main ways: imitation of the natural antifouling processes and modification of the characteristics of the substrate. In the present study, biomimetic topography inspired by the fish skin of Yellowfin leatherjacket (Triacanthus blochii) was replicated in polydimethylsiloxane (PDMS) elastomer by nanocasting. The surface structures of the fish skin have been replicated with high fidelity. It should be noted that the surface roughness of our replica is invariable when using the same template and the process of replication is easy to control.

Biofouling

Polydimethylsiloxane

10.1109/nems.2009.5068587

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Citations (2)

Bond properties of deformed steel bars in concrete during construction under reversed cyclic loading

Construction and Building Materials (2019)

Xiao Hu Peng Gang Ditao Niu Jing Wang

10.1016/j.conbuildmat.2019.06.222

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Citations (28)

A moving track data-based method for gathering behavior prediction at early stage

Applied Intelligence (2021)

Sainan Wang Yang Liu Jing Wang Suixiang Gao Wenguo Yang

Identification

Public security

10.1007/s10489-021-02244-2

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Citations (3)

ZIF-8 derived porous ZnO with grain boundaries for efficient CO2 electroreduction

Journal of Nanoparticle Research (2021)

Yuhan Hu Haihua Wu Yao‐Yue Yang Xiaoman Lin Hailian Cheng

Overpotential

10.1007/s11051-021-05271-9

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Citations (11)

Preparation of activated carbon spheres and their electrochemical properties as supercapacitor electrode

Carbon letters (2021)

Xin An Guannan Xing Jing Wang Yanhong Tian Yunfang Liu

Carbon fibers

10.1007/s42823-021-00241-6

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Citations (18)

A Simple and Green Preparation Method of Nitrogen‐Doped Carbon Nanocages for Supercapacitor Application

ChemNanoMat (2019)

Liang Jiang Shuhan Yang Wenna Song Jianhua Zhao Zhihua Lü

Abstract The exploration of porous carbon materials with excellent electrochemical capacity is urgently needed for the development of the next generation of energy storage devices. Cage‐like carbon nanomaterials have been extensively studied for their excellent capacitive properties, but the current preparation methods for carbon nanocages are generally costly. A simple and green preparation method for nitrogen‐doped carbon nanocages is proposed in this study. In the synthesis process, the growth of the carbon nanocages is realized by using potassium chloride as a hard template, which can be removed by washing with hot water, avoiding the use of corrosive reagents and realizing the reuse of the template by recrystallization. The carbon materials exhibit unique nanocage morphology with macropores, which can provide fast ion diffusion pathways. Meanwhile, nitrogen doping enhances electrolyte ion interactions with carbon surfaces, leading to improved capacitances and rate capabilities. By the synthetical effect of the above characteristics, the specific capacitance reaches 251 F g −1 at 0.1 A g −1 and 201 F g −1 at 10 A g −1 . This work introduces a new method for preparing high‐performance carbon electrode materials.

Nanocages

Carbon fibers

Capacitive Deionization

10.1002/cnma.201900629

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Citations (10)

The Effects of Different Rare Earth Dispersants on Hydroxyapatite

Journal of Jiamusi University (2006)

Jing Wang Dongmei Liu

The effect of different dispersants such as La(NO_3)_3,Ce(NO_3)_3and Y(NO_3)_3on the dispersity of hydroxyapatite(HA) was investigated.in order to prepare uniformly dispersed particles of HA with good biological properties.Their dispersity was macroscopically characterized by means of different sedimentation rates of HA particles prepared by different dispersants in water.The microstructure of HA particles was detected using scanning electronic microscopy(SEM).Results show that the sedimentation rates of HA particles are different,when dispersant is La(NO_3)_3,the sedimentation rate of HA is the fastest and Y(NO_3)_3 the slowest.Agglomeration of HA Particles dispersed by La(NO_3)_3 is very serious,while the HA particles using dispersant Y(NO_3)_3 are more uniform and disperser.Thus,disperse effect is associated with the size and atomic weight of ions or atoms of dispersants,at the same content of different dispersants,the more stable crystals are,the smaller ionic radium and atomic weight of dispersants are,and accordingly,dispersity is better.

Dispersity

Sedimentation

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Fe containing MoO₃ nanowires grown along the [110] direction and their fast selective adsorption of quasi-phenothiazine dyes

CrystEngComm (2019)

Ying Cao Huixiang Wang Xiaobo Ren Fan Li Jing Wang

Herein, MoO₃ nanowires (Fe–MoO₃ NWs) along the [110] direction were successfully synthesized in the presence of Fe³⁺ cations.

10.1039/c9ce00917e

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Citations (10)

Chemically Bonded Biphase Coating of Ni-Rich Layered Oxides with Enhanced High-Voltage Tolerance and Long-Cycle Stability

ACS Applied Materials & Interfaces (2024)

Mohan Yang Danhua Li Jing Wang Hanlou Li Ran Wang

Stabilizing the crystalline structure and surface chemistry of Ni-rich layered oxides is critical for enhancing their capacity output and cycle life at a high cutoff voltage. Herein, we adopted a simple one-step solid-state method by directly sintering the Ni0.9Co0.1(OH)2 precursor with LiOH and Ta2O5, to simultaneously achieve the bulk material synthesis of LiNi0.9Co0.1O2 and in situ construction of a rock-salt Ta-doped interphase and an amorphous LiTaO3 outer layer, forming a chemically bonded surface biphase coating on LiNi0.9Co0.1O2. Such a cathode architectural design has been demonstrated with superior advantages: (1) eliminating surface residual alkali, (2) strengthening the layered oxygen lattice, (3) suppressing bulk-phase transformation, and (4) facilitating Li-ion transport. The obtained cathode exhibits excellent electrochemical performance, including a high initial reversible capacity of 180.3 mAh g–1 at 1.0 C with 85.5% retention after 300 cycles (2.8–4.35 V) and a high initial reversible capacity of 182.5 mAh g–1 at 0.2 C with 87.6% retention after 100 cycles (2.8–4.5 V). Notably, this facile and scalable electrode engineering makes Ni-rich layered oxides promising for practical applications.

Chemical Stability

10.1021/acsami.4c11143

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Citations (1)