北理工材料學院邀請著名含能材料專家作學術報告
發(fā)布日期：2018-08-27 供稿：材料學院 陳鵬
編輯：邵澤 審核：龐思平 閱讀次數(shù)：
應北京理工大學材料學院院長龐思平教授和何春林教授邀請,，美國洛斯阿拉莫斯國家實驗室David E.Chavez研究員,、以色列特拉維夫大學Michael Gozin教授和俄羅斯西高加索研究中心（WCRC）Alexander Lukin研究員于日前訪問北京理工大學。龐思平對專家到訪表示熱烈歡迎,，并介紹了近年來材料學院的發(fā)展情況以及在各領域取得的系列研究成果,，對雙方通過此次交流促成長期穩(wěn)定的合作關系表示深切期待。
三位專家分別作題為“Progress in Heterocyclic Chemistry”“Effects of closo-Icosahedral Periodoborane Salts on Hypergolic Reaction of 70 % H2O2 with Energetic Ionic Liquid"和“A Novel Concept of Manipulation of Self-Organization of the Energetic Materials Reactionary Zones for Enhanced Extreme Thrust Control of the Next-Generation Solid Propulsion Systems”的學術報告,。學術報告由何春林教授主持,，材料學院和機電學院相關研究方向的教師和研究生30余人參加了此次學術報告。
David E. Chavez教授介紹了雜環(huán)高氮有機化合物的合成理論及方法,，并探討了雜環(huán)高氮有機化合物在單質高能鈍感炸藥以及固體推進劑兩方面的研究前景以及工作進展,。
Michael Gozin教授介紹了高濃度過氧化氫和多碘引發(fā)劑取代硝酸和N2O4作為“綠色”的自燃離子液體氧化劑的可行性及研究進展，并介紹了反生物戰(zhàn)劑的研究進展及其Michael Gozin教授課題組在該方向獲得的最新成果,。
Alexander Lukin教授介紹了固體推進劑在微反應區(qū)燃燒機理的研究,，和根據(jù)該理論提出的可精確控制、重復點火的推進劑系統(tǒng),，并介紹了設想的下一代固體火箭推進劑的特點,，展示了Dr. Lukin在該領域的最新進展。
學術報告內容豐富且貼近同學們的研究,，拓寬了同學們研究思路,。報告結束后，David E. Chavez教授,、Michael Gozin教授和Alexander Lukin教授與參會的多名教師和學生就相關學術問題進行了深入交流與探討,。該次報告與交流拓寬了研究生的視野,，為后續(xù)北京理工大學與美國洛斯阿拉莫斯國家實驗室,、以色列特拉維夫大學和的俄羅斯西高加索研究中心進一步合作奠定了良好基礎。
【報告人簡介】
David E. Chavez
Dr. Chavez is currently the Project Leader for the Explosives Chemistry and Properties Project at the Los Alamos National Laboratory. He received his BS in Chemistry from Caltech and PhD in Chemistry from Harvard University. In 2011 he was selected as an E. O. Lawrence Award winner by the U.S. Department of Energy, in 2014 he was selected as a Distinguished Alumnus of the California Institute of Technology and in 2017 was elected to the Board of Trustees for Caltech, where he serves on the Committee on NASA’s Jet Propulsion Laboratory. His expertise is in the synthesis of materials for explosive, propellant and pyrotechnic applications.
Michael Gozin
Prof. Gozin is a Professor at the School of Chemistry, Faculty of Exact Sciences, Tel Aviv University. He works in the field of synthesis and characterization of organic materials and nanomaterials. He obtained his Ph.D. from the Weizmann Institute of Science (Israel), where his research was focused on synthesis of organometallic complexes and on development of novel homogeneous catalytic systems. He is also a visiting professor of Dresden University of Technology (German) and Beijing Institute of Technology (China).
Alexander Lukin
Dr. Lukin is presently the Principal Research Scientist & Executive Director at Western-Caucasus Research Center (WCRC) in Tuapse, Russia. He is known for his works on development of the new concept of self-organizing and self-synchronization of the micro- and nano-scale structures of the energetic materials reactionary zones and new micro-scale combustion mechanisms. Over the last 30 years he has investigated the challenging problem of combustion instability. Dr. Lukin has more than 170 technical publications documenting research in combustion Instability of the solid propulsion systems, ignition of the solid propellants, commercial application of the energetic materials, ballistics of solid rocket propellants, advanced plasma technology application at the energetic materials combustion.
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