教育背景
2015/09-2020/06 北京理工大学 硕博连读
2011/09-2015/06 北京理工大学 本 科
工作经历
2022/06-现在 北京理工大学 副教授
2020/06–2022/06 北京理工大学 博士后
研究成果
主要从事含能材料的燃烧、爆炸、力学特性模拟计算与人工智能、虚拟现实等新一代信息技术的交叉研究。主持科研项目3项,在国际权威期刊上发表高水平sci论文20余篇,开发的虚拟现实科学计算的工作被国际纯理论和应用化学联合会(iupac)评选为“2022年度化学领域的十大新兴技术之一”。获选2023-2025年度北京市科协青托计划,担任《火炸药学报》青年编委。
1. 代表性期刊论文:
1. qingzhao chu, chenguang wang, and dongping chen. "toward full ab initio modelingof soot formation in a nanoreactor." carbon 199: 87-95, 2022 (sci-顶级, if= 11.307)
2. qingzhao chu, xiaoya chang, kang ma, xiaolong fu, and dongping chen. revealing the thermal decomposition mechanism of rdx crystal by a neural network otential. physical chemistry chemical physics. 2022, just accept. (sci-顶级, if=3.945)
3. qingzhao chu, kai h luo, and dongping chen. exploring complex reaction networks using neural network based molecular dynamics simulation. the journal of physical chemistry letters, 13:4052–4057, 2022 (sci-顶级, if= 6.888, 封面)
4. qingzhao chu, xiaoya chang, and dongping chen. a physiochemical model for the combustion of aluminum nano agglomerates in high speed flows. combustion and flame, 237:111739, 2022 (sci-顶级, if= 5.767)
5. qingzhao chu, baolu shi, lijuan liao, yintao zhou, kai h luo, and ningfei wang. size derived reaction mech anism of core shell aluminum nanoparticle. applied physics letters, 117(13):133902, 2020 (sci-顶级, if= 3.597)
6. qingzhao chu, baolu shi, hongyu wang, dongping chen, and lijuan liao. hydrogen abstraction/addition reactions in soot surface growth. physical chemistry chemical physics, 23(4):3071–3086, 2021 (sci-顶级, if= 4.189)
7. qingzhao chu, baolu shi, lijuan liao, xiangrui zou, kai h luo, and ningfei wang. reaction mechanism of the aluminum nanoparticle: physicochemical reaction and heat/mass transfer. the journal of physical chemistry c,124(6):3886–3894, 2020 (sci-顶级, if= 4.189)
8. qingzhao chu, baolu shi, lijuan liao, kai h luo, ningfei wang, and chenguang huang. ignition and oxidation of core–shell al/al2o3 nanoparticles in an oxygen atmosphere: insights from molecular dynamics simulation. the journal of physical chemistry c, 122(51):29620–29627, 2018 (sci-顶级, if= 4.189)
9. rui zhao, qingzhao chu*, and dongping chen*. exploring chemical reactions in virtual reality. journal of chemical education, 2022 (sci-重要, if=3.208)
10. xiaoya, dongping chen, and qingzhao chu*. anisotropic combustion of aluminum nanoparticles in carbon dioxide and water flows. journal of thermal science, 31, 867-881, 2022 (sci-重要, if= 2.438)
2.代表性发明专利
1. 陈东平,赵蕊,初庆钊. 一种基于虚拟现实技术的交互式分子模拟系统. 中国. 202110499637.x. 已受理
教学工作
1. 研究生《热爆炸理论》
2. 研究生《安全工程前沿》
所获奖励
1. 2022年度化学领域的十大新兴技术,国际纯理论和应用化学联合会(iupac)
2. 2023-2025年度北京市科协青托计划,北京市科协
3. 优秀报告论文奖,中国热物理学会燃烧年会,2020.11,(10/500)
4. 优秀科普作品奖,中国热物理学会燃烧年会,2020.11,(10/40)
5. 优秀科普作品奖,中国热物理学会燃烧年会,2022.09,(10/40)
社会兼职
1. 《火炸药学报》青年编委
2. 北京科学智能研究院(aisi)顾问
研究方向
计算含能材料