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Submissions from 2025
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Mixed ion-electron conducting LixAg alloy anode enabling stable Li plating/stripping in solid-state batteries via enhanced Li diffusion kinetic, Anran Cheng, Pei Gao, Ruxing Wang, Kangli Wang, and Kai Jiang
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Recent Progress and Scientific Challenges in Wire-Arc Additive Manufacturing of Metallic Multi-Material Structures, Sainand Jadhav, Sambhaji Kusekar, Akash Belure, Satyavan Digole, Abhijeet Mali, Muralimohan Cheepu, Manoj Mugale, Suhas Alkunte, and Duckbong Kim
Submissions from 2024
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Isokinetic strength and jumping abilities of teenage soccer players playing in different field positions, Michal Gorski, Adrian Wilk, Anna Pastuszak, Michal Starczewski, Bartlomiej Michalak, Michael Lane, and Krzysztof Busko
Submissions from 2023
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Artificial Intelligence and bioinformatics applications in precision medicine and future implications, Ni Wang and Qiang He
Submissions from 2022
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The current state of benchmarking use and networks in facilities management, Justin R. Dodd, Jake Smithwick, Steven Call, and Dipin Kasana
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Generally, incorporating different metals in acatalyst can provide a synergistic effect for enhancing the catalyticperformance. However, the interaction between the two metalsand the effect on the catalytic performance seem elusive. In thiswork, a bimetallic metal-organic framework (MOF) is synthe-sized, and then, a novel bimetallic catalyst is prepared for Fischer-Tropsch synthesis (FTS). The combination of these differentmetals and a MOF-derived porous carbon supporter offers aunique active surface structure that may lead to improved catalyticperformance. Herein, alloy-type structures were observed in FeCoand FeNi bimetallic MOF-derived catalysts, while a solid solutionwith a spinel structure were observed in FeMn and FeZn bimetallic MOF-derived catalysts. The bimetallic catalysts supported onMOF-derived porous carbon display stable and excellent catalytic performance during 100 h compared with a single-metal Fecatalyst. X-ray diffraction measurement, X-ray photoelectron spectroscopy, and H2temperature-programed reduction were employedto study the synergistic effect of bimetallic components on surface composition and electronic and reduction properties accordingly.The relationship between catalytic performance and catalyst composition was deeply studied. These research work results willprovide a new approach to design novel bimetallic FT catalysts., Aimei Wang, Mingsheng Luo, Baozhong Lu, Yongji Song, Zhi Yang, Min Li, Buchang Shi, and Iltaf Khan
Submissions from 2021
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Mechanical Properties of Hybrid Synthetic Fiber Reinforced Self-consolidating Concrete, Sahar Y. Ghanem, Jonathan Bowling, and Zhihui Sun
Submissions from 2018
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Evaluation of Relative Technological Innovation Capability: Model and Case Study for Chinas Coal Mine, Wensheng Wang and Chengyi Zhang
