Meng Sun

The University of Kitakyushu

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Yongzeng Yang

First Institute of Oceanography

Xunqiang Yin

Dalian University

Daofeng Sun

China University of Petroleum, East China

Weidong Fan

China University of Petroleum, East China

Fei Gao

Shanghai University

Xiaokang Wang

China University of Petroleum, East China

Hongyan Liu

Heilongjiang University

Zhouhua Jiang

Northeastern University

Yunqie Mao

Northeastern University

Yucheng Wang

Xiamen University

Cooperative Institutions

Chinese Academy of Sciences

Ocean University of China

Ministry of Natural Resources

China University of Petroleum, East China

First Institute of Oceanography

Qingdao National Laboratory for Marine Science and Technology

Zhengzhou University

Northeastern University

University of Chinese Academy of Sciences

Zhengzhou Children's Hospital

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Metal-ion-tuned metal-organic frameworks for C2H2/CO2 separation

Chinese Journal of Structural Chemistry (2023)

Meng Sun Hongyan Liu Xiaokang Wang Xinlei Yang Fei Gao

Acetylene

10.1016/j.cjsc.2023.100146

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Citations (15)

Ideas of Reference Interview Scale--Chinese Version

PsycTESTS Dataset (2017)

Gou Ning-zhi Ghy Wong Zebin Fan Guo-wei Wu Zheng Wang

10.1037/t65202-000

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Effect of Cs₂O-containing refining slag on the purity of ultra-clean steel for ultra-fine saw wire

Ironmaking & Steelmaking Processes Products and Applications (2024)

Changyong Chen Meng Sun Mingze Ran Mina Zhang Zihui Dong

The influence of Cs 2 O-containing refining slag on the purity of steel for ultra-fine saw wire has been studied in this article. The result indicated that a small amount of Cs 2 O can significantly improve the capability of low-basicity refining slag to purify molten steel. In detail, the number and size of inclusions decreased dramatically when Cs 2 O was added to the refining slag. Additionally, the composition of most inclusions is controlled within the low melting point region. However, it will reduce the capability of low-basicity refining slag to purify molten steel if the content of Cs 2 O exceeds 10 wt%. Cs 2 O changes the ability of low-basicity refining slag to remove inclusions by changing the slag's viscosity and microstructure. The viscosity of refining slag increased gradually with the mass fraction of Cs 2 O in the slag increasing, and the disparity of viscosity values between different experimental groups increased sharply with temperature decreasing. Furthermore, the viscosity curve of Cs 2 O-containing slag developed a turning point, that is, the speed of viscosity increasing raised sharply at the turning point, while this phenomenon cannot be found in a normal experiment group without Cs 2 O. The detection results of the Raman spectrum show that the three-dimensional network of slag increased greatly with the content of Cs 2 O in the slag increasing gradually.

Refining (metallurgy)

Slag (welding)

10.1177/03019233241267049

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Functionalization of Covalent Organic Frameworks with Cyclopentadienyl Cobalt for C2H2/CO2 Separation

Angewandte Chemie International Edition (2024)

Xiaokang Wang Hongyan Liu Meng Sun Fei Gao Xueying Feng

Emerging covalent organic frameworks (COFs) have received great attention for their unique features, but the limited building blocks restrict their structural diversity and performance exploration. Reticular chemistry provides guidance for the structural expansion and performance regulation of COFs. Herein, we constructed two novel two-dimensional (2D) COFs functionalized with cyclopentadienyl cobalt, denoted as UPC-COF-1 and UPC-COF-2, via [4+2] imine condensation with diamine building blocks of different length. Theoretical simulations combined with experimental results reveal that UPC-COF-1 with shorter building blocks, narrower pore sizes, and stronger host-guest interactions has better C

Cyclopentadienyl complex

Covalent organic framework

Surface Modification

Imine

10.1002/anie.202420801

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ON ENKF DATA ASSIMILATION BASED ON MASNUM-WAMI. INFLUENCE ON WAVE SIMULATION OF ENSEMBLE-DISTURBANCE WIND FIELD

Haiyang yu Huzhao (2016)

Meng Sun Xunqiang Yin Yang Yongzeng WU Ke-jian

Assimilation (phonology)

Source

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A Characteristics Set Computation Model for Internal Wavenumber Spectra and Its Validation with MODIS Retrieved Parameters in the Sulu Sea and Celebes Sea

Remote Sensing (2022)

Yongzeng Yang Meng Sun Lina Sun Changshui Xia Yong Teng

The quasi-linear or nonlinear interactions among different ocean motions dominate the system internal structure and appearance feature presented in spatial and temporal evolution. However, deficiency of the characteristics set computation model for internal wavenumber spectra proves to be a serious barrier to derive interaction mechanisms of internal waves with large or small scale ocean motions. In this study, a characteristics set computation model for internal wavenumber spectra is proposed for complicated offshore environments. The refraction of current shear instability, bottom topography and the reflection at surface and bottom are attentively considered in the complicated characteristics inlaid scheme. Model results are validated with MODIS retrieved internal wave parameters in the Sulu Sea and Celebes Sea. This original characteristics set computation model for internal wavenumber spectra can be used widely and can further improve the understandings of generation, dissipation, nonlinear wave-wave interaction and mixing process of internal waves.

Wavenumber

10.3390/rs14091967

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An effective method based on dynamic sampling for data assimilation in a global wave model

Ocean Dynamics (2017)

Meng Sun Xunqiang Yin Yongzeng Yang Kejian Wu

10.1007/s10236-017-1030-y

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Citations (15)

Effect of yttrium addition timing on inclusion evolution and grain growth behavior in spring steel 55SiCr

Journal of Materials Research and Technology (2025)

Shuai Ma Yang Li Zhouhua Jiang Meng Sun Yunqie Mao

Spring steel

SPring-8

10.1016/j.jmrt.2025.01.163

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Approach for Preservation and Reconstruction of Two-Dimensional Wave Spectra and Its Application to Boundary Conditions in Nested Wave Modeling

Remote Sensing (2023)

Xingjie Jiang Daolong Wang Yongzeng Yang Meng Sun Qianqian He

Typically, storing a two-dimensional wave spectrum could occupy more than one thousand storage units, making saving and reading boundary spectra computationally burdensome in nested wave simulations. This paper proposes a new approach for preservation of a wave spectrum that can reduce the required number of storage units to dozens. Using a corresponding reconstruction approach, the spectrum can then be rebuilt with intact spectral characteristics. Experimental application confirmed that the reconstructed spectra could be adopted as boundary conditions in nested wave modeling. The newly proposed approach for preservation and reconstruction of spectra allows long-term spectral information covering the entire simulated domain to be saved with more acceptable storage consumption, and such information can then be adopted as nesting conditions for nested-child simulations without the limitations of predefined boundaries. The above-mentioned properties of the new method could help support engineering projects concerning wave environments, research focused on wave climatology, and studies associated with wave energy assessment.

Electromagnetic spectrum

10.3390/rs15051360

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Torsional Fretting Corrosion Behaviors of the CoCrMo/Ti6Al4V Couple

International Journal of Electrochemical Science (2018)

Songquan Wang Dekun Zhang Meng Sun Ningning Hu

Titanium alloy

10.20964/2018.07.21

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Citations (4)