All along, the number and quality of scientific research results published as the embodiment of the scientific research level and discipline strength of universities have been widely concerned by all sectors of society. Since the beginning of this year, Hubei Institute of Automotive Industry has successively published high-level papers in internationally renowned journals, showing the school's good scientific research strength. In this issue of push, Xiaobian will take you to understand it together.
<h1 class="pgc-h-arrow-right" > Dr. Luo Xiao in Appl. Surf. High-level papers published on Sci</h1>
In October 2021, Applied Surface Science (Appl. Surf. Sci.) published the latest research results of Dr. Luo Xiao of the Department of Materials Physics, School of Mathematics and Optoelectronic Engineering, Hubei Institute of Automotive Industry: "Remarkably enhanced photocatalytic H2evolution via construction of Ti0.5Ru0.5O2/TiO2(B)/TiO2(A) three-phase-junctions". Dr. Luo Xiao is the first author, and the main work of the dissertation was completed by him during his doctoral period.
Photocatalytic technology, which converts solar energy into hydrogen, is one of the most promising strategies for solving energy and environmental problems. In this research work, a novel Ti0.5Ru0.5O2/TiO2(B)/TiO2(A) three-phase composite was prepared by solvothermal method and calcination method. The hydrogen production rate of the material is up to 27.817 mmol ∙g-1∙h-1. It was found that Ti0.5Ru0.5O2 solid solution showed better catalytic effect than metal Ru and RuO2, which could accelerate the production and quenching of hydroxyl radicals and effectively enhance hydrogen production activity. This work is of great reference value for the design of high-performance photocatalysts.
< h1 class="pgc-h-arrow-right" > graduate student Wang Pengchao published high-quality research results in Chin.J.Phys</h1>
In September 2021, the famous physics journal Chinese Journal of Physics (Chin. J. Phys.) published online the research paper "Spin-sensitive charge oscillation in a single-molecule transistor" by Wang Pengchao, a 2020 master's student in the Engineering College of Mathematics and Optoelectronics, Hubei Institute of Automotive Industry. Based on the numerical reorganization group method, this paper explores the spin-sensitive charge oscillation behavior of single-molecule transistor models under strong electron-electron interaction, which is highly evaluated by the reviewers.
Chin. Founded in 1963 by the Taiwan Physical Society of China, J. Phys. is a high-quality comprehensive SCI journal of physics with a high influence in the physics community, with a 2020 impact factor of 3.237. This research was supported by the National Natural Science Foundation of China, the Natural Science Foundation of Hubei Province, the Hubei Provincial Key Laboratory of Automotive Power Transmission and Electronic Control (Hubei Institute of Automotive Industry), the National Key Research and Development Program, and the Discipline Innovation Team Project of Hubei Academy of Automobile Technology.
< h1 class="pgc-h-arrow-right" > Associate Professor Zhao Qi published a paper in materials science at Materials & Design</h1>
In May 2021, Materials & Design ( Top Journal of Chinese Academy of Sciences , IF=6.289 ) published a joint research paper by the School of Materials Science of Hubei Institute of Automotive Industry and the Finite Element Laboratory of Ghent University in Belgium, entitled Induced Stress Formation in AA2024 monocrystal and bicrystals using Crystal Plasticity Finite Element Method。 Associate Professor Zhao Qi of the School of Materials Science of Hubei Automobile Institute is the first author of the article, and Professor Magd Abdel Wahab of the Department of Engineering of Ghent University in Belgium is the corresponding author of the article. Other participants in the collaborative research include Ling Yong, a researcher in the Department of Engineering at Ghent University in Belgium, and Professor Liu Zhiyi, from the School of Materials Sciences, Central South University.
Aluminum alloy materials have played an irreplaceable role in the lightweight of aviation and transportation equipment, and the study of fatigue properties has always been an important topic. Associate Professor Zhao Qi's paper systematically studies the formation rules of grains of different orientations and grain boundary stresses from the perspective of alloy orientation design by using the crystal plastic finite element method based on dislocation theory, and proposes the ideal orientation argument that Goss and Cube orientation are effective to alleviate internal stress, which has important guiding significance for the processing design of Al-Cu-Mg alloys with high fatigue performance.
< h1 class="pgc-h-arrow-right" > Zhou Yuan's research group published 3 high-level papers in a row</h1>
Since January 2021, The Research Group of Dr. Zhou Yuan of the School of Science of Hubei Institute of Automotive Industry has published three SCI research papers in high-level journals, namely: Collective decay induce quantum phase transition in a well-controlled hybrid quantum system, Results in Physics21 (2021) 103832 ( Elsevier, JCR 1, CAS 2, IF:4.019), Chiral single-photon switch-assisted quantum logic gate with a nitrogen-vacancy center in a hybrid system, Photonics Research9,3, (2021) 405 JCR Zone 1, CAS Area 1, Top Journal, IF:6.099, Editor Pick Highlight, invited Summary), Improvement on the manipulation of single NV spin and microwave photon at single-quanta level, Communications in Theoretical Physics, (JCR 2, CAS 3, IF: 1.322, sponsored by institute of theoretical physics, CAS). The first signatory of these three papers is Hubei Institute of Automotive Industry, and Dr. Zhou Yuan is the sole corresponding author.
In the future, Hubei Institute of Automotive Industry will focus on creating a better scientific research atmosphere, building an innovation platform, strengthening the deep integration of scientific research platform construction and educating people, developing with the connotation of scientific research work, strengthening scientific research and educating people, and realizing the integration of scientific research and education. Give full play to the contribution of existing scientific research platforms, strive to create a high-quality and high-level innovation platform, and promote the scientific research and construction of Hubei Automobile Institute to a new level.
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Source: Hubei Institute of Automotive Industry official website