liu xinhang
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nameliu xinhang
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titlelecture
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addressroom 229, teaching building no.9, school of mechatronical engineering, beijing institute of technology, beijing, china
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tel
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email6120200037@bit.edu.cn
research interests
synthesis and characterization of reactive metal-based nanocomposite particles
studies of combustion properties and mechanism of high energy density metals
academic achievements
1. liu, x., a.sims, c. murzyn, n. g. glumac and e. l. dreizin* (2019). “iodine release by combustion of composite mg∙ca(io3)2 powder.” combustion science and technology, 1-13.(sci, if=1.564)
2. liu, x., schoenitz, m., dreizin, e.l (2019). preparation, ignition, and combustion of magnesium-calcium iodate reactive nano-composite powders. chemical engineering journal 359, pp 955-962 (sci, if=8.355)
3. liu, x., schoenitz, m., dreizin, e.l (2018). combustion of mg and composite mg·s powders in different oxidizers. combustion and flame 195, pp. 292-302, (sci, if=4.12)
4. liu, x., chintersingh, k.-l., schoenitz, m., dreizin, e.l (2018). reactive composite boron–magnesium powders prepared by mechanical milling. journal of propulsion and power 34 (3) pp. 787-794 (sci, if=1.803)
5. liu, x., schoenitz, m., dreizin, e.l (2017). boron-based reactive materials with high concentrations of iodine as a biocidal additive. chemical engineering journal 325, pp. 495-501 (sci, if=8.355)
6. liu x., gonzales j., schoenitz m., dreizin e.l (2017)., effect of purity and surface modification on stability and oxidation kinetics of boron powders. thermochimica acta 652, pp. 17-23 (sci, if=2.251)
7. wang s., liu x., schoenitz m., dreizin, e.l (2017)., nanocomposite thermites with calcium iodate oxidizer. propellants explosives and pyrotechnics 42, pp. 284–292 (sci, if=1.634)
8. monk, i., williams, r., liu, x., dreizin, e.l (2015)., electro-static discharge ignition of monolayers of nanocomposite thermite powders prepared by arrested reactive milling. combustion science and technology 187 pp. 1276–1294 (sci, if=1.564)