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中文 Peking University Official Website Pkunews
中文 | Peking University Official Website Pkunews
王海洋
Researcher     Supervisor of Doctorate Candidates Supervisor of Master's Candidates
Email:
Business Address: Xinao Engineering Building Room 3060
Educational Experience:
2006.9-2010.6
南京理工大学  ， 安全工程  ， 学士 ， 本科
2012.9-2014.3
马里兰大学帕克分校  ， 机械工程  ， Research Assistant ， 联合培养博士研究生
2010.9-2015.6
南京理工大学  ， 力学  ， 博士 ， 博士研究生
Background:
2016.3-2019.1 化学工程系 ， 马里兰大学帕克分校 
2019.1-2021.1 环境与化学工程系 ， 加州大学河滨分校 
2021.1-2022.5 环境与化学工程系 ， 加州大学河滨分校 
2022.5-2024.6 Defect COE ， 美国应用材料公司 
2024.7-2030.5 工学院航空航天系 ， 北京大学 
Research Focus:
高能密度高固含量3D打印
高能添加剂的多尺度燃烧机制
高能量密度材料的物质传输和能量转化
Award:
Paper:
1.   陈际洋, , 韩志伟 and 解立峰.民用炸药敏感度试验方法的研究与探讨.爆破器材,40,8-10,2011
2.   陈际洋, , 韩志伟, 解立峰 and 李斌.激波驱动下固体颗粒抛撒的实验研究.实验力学,27,715-720,2012
3.   韩志伟, 李斌, 解立峰 and .激波抛撒水膜成雾参数实验研究.实验流体力学,27,50-55,2013
4.   MR Zachariah, H Wang, S Yan and G Jian.Burning behavior of energetic composite nanofibers.8th US National C...,2013,1300-1308,2013
5.   MR Zachariah, C Huang, JB DeLisio, S Yan, G Jian and H Wang.Electrospray formation of gelled nano-aluminum microspheres with superior reactivity.ACS applied mater...,5,6797-6801,2013
6.   MR Zachariah, JB DeLisio, G Jian and H Wang.Microsphere Composites of Nano-Al and Nanothermite: An Approach to Better Utilization of Nanomaterials.52nd Aerospace Sc...,0647,2014
7.   L Xie, G Jian, G Rao, X Sun and H Wang.The Critical Energy of Direct Initiation in Liquid Fuel‐Air and Liquid Fuel‐RDX Powder‐Air Mixtures in a Vertical Detonation Tube.Propellants, Expl...,39,597-603,2014
8.   MR Zachariah, GC Egan, G Jian and H Wang.Assembly and reactive properties of Al/CuO based nanothermite microparticles.Combustion and Fl...,161,2203-2208,2014
9.   孙晓雄, 饶国宁, 解立峰 and .气-液-固三相体系云雾爆轰特性的实验研究.高压物理学报,28,671-679,2014
10.   MR Zachariah, H Wang, JB DeLisio, G Jian and C Huang.Electrospray deposition of energetic polymer nanocomposites with high mass particle loadings: a prelude to 3D printing of rocket motors.Advanced Engineer...,17,95-101,2015
11.   G Rao, L Xie, MR Zachariah and H Wang.Ignition and combustion characterization of nano-Al-AP and nano-Al-CuO-AP micro-sized composites produced by electrospray technique.Energy Procedia,66,109-112,2015
12.   , 王翠华, 解立峰 and 王栋.纳米 CeO_2 改性环氧树脂抗紫外老化.中国有色金属学报,25,3530-3534,2015
13.   .纳米含能材料的静电喷雾法制备与燃烧特性表征.南京: 南京理工大学,2015
14.   MR Zachariah, W Zhou, G Jian, JB DeLisio and H Wang.Electrospray formation and combustion characteristics of iodine-containing Al/CuO nanothermite microparticles.Combustion and Fl...,162,2823-2829,2015
15.   MR Zachariah, H Wang and G Young.Application of nano‐aluminum/nitrocellulose mesoparticles in composite solid rocket propellants.Propellants, Expl...,40,413-418,2015
16.   MR Zachariah, VT Lee, JB DeLisio, W Zhou, G Jian and H Wang.Metal iodate-based energetic composites and their combustion and biocidal performance.ACS applied mater...,7,17363-17370,2015
17.   C Henkes, H Wang, D Wang and Z Han.Electrospray formation of RDX/ceria mixture and its thermal decomposition performance.Journal of Therma...,123,449-455,2016
18.   L Xie, H Wang, B Li and Z You.Water aerosol formation: Transient process induced by shock waves.Journal of Aeroso...,106,100-110,2017
19.   MR Zachariah, JB DeLisio, RJ Jacob and H Wang.Assembly and encapsulation of aluminum NP's within AP/NC matrix and their reactive properties.Combustion and Fl...,180,175-183,2017
20.   李斌, 朱祥东, 王永旭, 王翠华, and 姚箭.油箱明火烤燃燃爆特性实验研究.爆炸与冲击,37,779-784,2017
21.   MR Zachariah, X Wang, T Wu, JB DeLisio and H Wang.One-step solvent-free mechanochemical synthesis of metal iodate fine powders.Powder Technology,324,62-68,2018
22.   MR Zachariah, J Hu, Y Yang, T Wu, S Holdren, JB DeLisio and H Wang.Mesoporous silica spheres incorporated aluminum/poly (vinylidene fluoride) for enhanced burning propellants.Advanced Engineer...,20,1700547,2018
23.   MR Zachariah, S Holdren, H Wang, Y Yang and MC Rehwoldt.Ignition of nanoscale titanium/potassium perchlorate pyrotechnic powder: reaction mechanism study.The Journal of Ph...,122,10792-10800,2018
24.   MR Zachariah, H Wang, JB DeLisio, PY Zavalij, X Wang and T Wu.Performance of iodine oxides/iodic acids as oxidizers in thermite systems.Combustion and Fl...,191,335-342,2018
25.   SR Raghavan, KC DeMella, S Hou, H Wang, G Ji, X Fan and J Zheng.Manipulating electrolyte and solid electrolyte interphase to enable safe and efficient Li-S batteries.Nano energy,50,431-440,2018
26.   H Wang, X Liao, Z Li, J Chen, G Yang, J Wang, Z Qiao and J Shen.Reaction mechanism of Al-CuO nanothermites with addition of multilayer graphene.Thermochimica Act...,666,60-65,2018
27.   MR Zachariah, M Rehwoldt, DJ Kline and H Wang.Ignition and Combustion Characterization of Ca(IO3)2‐based Pyrotechnic Composites with B, Al, and Ti.Propellants, Expl...,43,977-985,2018
28.   MR Zachariah, S Holdren and H Wang.Preparation and combustion of laminated iodine containing aluminum/polyvinylidene fluoride composites.Combustion and Fl...,197,120-126,2018
29.   MR Zachariah, Y Yang, JB DeLisio, H Wang, T Wu and X Wang.Boron ignition and combustion with doped δ-Bi2O3: Bond energy/oxygen vacancy relationships.Combustion and Fl...,197,127-133,2018
30.   MR Zachariah, S Hou, H Wang, X Ji, G Ji, X Fan, Y Yang and J Zheng.Extremely stable antimony–carbon composite anodes for potassium-ion batteries.Energy & Environm...,12,615-623,2019
31.   MR Zachariah, Y Yang, X Wang, MC Rehwoldt and H Wang.On the promotion of high temperature AP decomposition with silica mesoparticles.Combustion and Fl...,200,296-302,2019
32.   MR Zachariah, P Wang, T Wu, DJ Kline, M Rehwoldt and H Wang.Comparison study of the ignition and combustion characteristics of directly-written Al/PVDF, Al/Viton and Al/THV composites.Combustion and Fl...,201,181-186,2019
33.   MR Zachariah, X Wang, W Zhao, T Wu, M Rehwoldt, DJ Kline and H Wang.Architecture can significantly alter the energy release rate from nanocomposite energetics.ACS Applied Polym...,1,982-989,2019
34.   KC DeMella, Y Yang, H Wang, Q Li, J Chen, X Fan, G Ji and J Zheng.High‐fluorinated electrolytes for Li–S batteries.Advanced energy m...,9,1803774,2019
35.   P Wang, T Wu, NR Agrawal, N Eckman, DJ Kline, J Shen and H Wang.Direct writing of a 90 wt% particle loading nanothermite.Advanced Material...,31,1806575,2019
36.   MR Zachariah, DJ Kline and H Wang.In-operando high-speed microscopy and thermometry of reaction propagation and sintering in a nanocomposite.Nature communicat...,10,3032,2019
37.   MR Zachariah, NE Eckman, H Wang, MC Rehwoldt and DJ Kline.Why does adding a poor thermal conductor increase propagation rate in solid propellants?.Applied Physics L...,115,2019
38.   MR Zachariah, H Wang, R Shen, Y Ye, Y Tai, J Dai, C Wang, Y Shen and J Xu.Controlling the energetic characteristics of micro energy storage device by in situ deposition Al/MoO3 nanolaminates with varying internal structure.Chemical Engineer...,373,345-354,2019
39.   MR Zachariah, DJ Kline, H Wang, RJ Jacob and PM Guerieri.Droplet combustion of kerosene augmented by stabilized nanoaluminum/oxidizer composite mesoparticles.Combustion and Fl...,211,1-7,2020
40.   NR Agrawal, P Wang, N Eckman, T Wu, DJ Kline, H Wang and MC Rehwoldt.Ignition and combustion analysis of direct write fabricated aluminum/metal oxide/PVDF films.Combustion and Fl...,211,260-269,2020
41.   H Ren, M Rehwoldt, DJ Kline, T Wu, H Wang, X Wang and W Zhao.Titanium enhanced ignition and combustion of Al/I2O5 mesoparticle composites.Combustion and Fl...,212,245-251,2020
42.   MR Zachariah, L Hu, H Wang, P Ghildiyal, T Li, DJ Kline, Y Yao and Y Yang.Rapid laser pulse synthesis of supported metal nanoclusters with kinetically tunable size and surface density for electrocatalytic hydrogen evolution.ACS Applied Nano ...,3,2959-2968,2020
43.   T Wu, M Rehwoldt, X Wang, Y Yang, DJ Kline, H Wang and J Shen.Combustion of 3D printed 90 wt% loading reinforced nanothermite.Combustion and Fl...,215,86-92,2020
44.   C Rossi, MC Rehwoldt, Z Alibay, DJ Kline, B Julien and H Wang.Probing the reaction zone of nanolaminates at∼ μs time and∼ μm spatial resolution.The Journal of Ph...,124,13679-13687,2020
45.   Y Ye, H Wang, LT DeLuca, W Guo, R Shen, W Zhang, H Yu and S Chen.Sponge-like Al/PVDF films with laser sensitivity and high combustion performance prepared by rapid phase inversion.Chemical Engineer...,396,124962,2020
46.   MR Zachariah, DJ Kline, H Wang, Q Jiao, Y Ou, T Yan, H Ren and W Zhao.Tailoring energy release of nano-Si based thermites via incorporation of Ti nanoparticles.Chemical Engineer...,396,124559,2020
47.   H Wang, DJ Kline, F Xu, J Schwan, G Nava, P Biswas, X Ke and P Ghildiyal.Silicon nanoparticles for the reactivity and energetic density enhancement of energetic-biocidal mesoparticle composites.ACS applied mater...,13,458-467,2020
48.   MR Zachariah, A Esteve, S Pelloquin, E Tichtchenko, H Wang and B Julien.Elucidating the dominant mechanisms in burn rate increase of thermite nanolaminates incorporating nanoparticle inclusions.Nanotechnology,32,215401,2021
49.   Z Alibay, H Wang, SC Barron, JB DeLisio, MC Rehwoldt and DJ Kline.In-operando thermophysical properties and kinetics measurements of Al-Zr-C composites.Combustion and Fl...,228,250-258,2021
50.   MR Zachariah, MC Rehwoldt, DJ Kline and H Wang.Carbon fibers enhance the propagation of high loading nanothermites: in situ observation of microscopic combustion.ACS applied mater...,13,30504-30511,2021
51.   H Wang, S Herrera, P Biswas, MC Rehwoldt, DJ Kline and Z Alibay.Mechanism of microwave-initiated ignition of sensitized energetic nanocomposites.Chemical Engineer...,415,128657,2021
52.   MR Zachariah, P Biswas, DJ Kline and H Wang.Connecting agglomeration and burn rate in a thermite reaction: Role of oxidizer morphology.Combustion and Fl...,231,111492,2021
53.   Y Wang, F Xu, Z Alibay, H Wang, H Kwon, P Ghildiyal and P Biswas.Rerouting pathways of solid-state ammonia borane energy release.The Journal of Ph...,126,48-57,2021
54.   M Zachariah, P Biswas, M Rehwoldt, D Kline and H Wang.Engineering agglomeration and propagation of high Al/CuO nanothermite loading composites with reactive and non-reactive fibers.AIAA SCITECH 2022...,1256,2022
55.   M Zachariah, H Wang and E Hagen.Macroscopic and microscopic imaging of aluminum-HTPB in a counter flow system.APS Shock Compres...,2022
56.   M Zachariah, H Wang, E Hagen and Y Wang.Combustion characteristics study of 90 wt % Al/B/Ti-KClO4 loading nanothermites with high-speed videography and pyrometry.APS Shock Compres...,2022
57.   A Sehirlioglu, H Wang, Y Yang, DJ Kline, P Biswas, B Hirt and F Xu.Superior reactivity of ferroelectric Bi2WO6/aluminum metastable intermolecular composite.Chemical Engineer...,247,116898,2022
58.   DJ Kline, M Gale, Z Alibay, H Wang, I Dulalia, P Biswas, G Nava and F Xu.Energetic characteristics of hydrogenated amorphous silicon nanoparticles.Chemical Engineer...,430,133140,2022
59.   C Rossi, MR Zachariah, A Estève, S Pelloquin, H Wang, B Julien and T Wu.Engineered porosity-induced burn rate enhancement in dense Al/CuO nanothermites.ACS Applied Energ...,5,3189-3198,2022
60.   H Wang, Y Wang, Z Alibay, F Xu, S Herrera, P Biswas and P Ghildiyal.Vaporization-controlled energy release mechanisms underlying the exceptional reactivity of magnesium nanoparticles.ACS Applied Mater...,14,17164-17174,2022
61.   MR Zachariah, DJ Kline, P Biswas and H Wang.Flame stand-off effects on propagation of 3D printed 94 wt% nanosized pyrolants loading composites.Chemical Engineer...,434,134487,2022
62.   MR Zachariah, P Biswas and H Wang.Direct imaging and simulation of the interface reaction of metal/metal oxide nanoparticle laminates.The Journal of Ph...,126,8684-8691,2022
63.   MR Zachariah, H Ren, J Xu, T Wu, X Wang, DJ Kline, H Wang and W Zhao.Influence of titanium addition on performance of boron-based thermites.Chemical Engineer...,438,134837,2022
64.   X Shi, CC Wu, JL Gottfried, H Wang, J Baek, Y Wang and Y Jiang.Ignition and combustion of Perfluoroalkyl-functionalized aluminum nanoparticles and nanothermite.Combustion and Fl...,242,112170,2022
65.   MR Zachariah, Y Wang, AH Huynh, D Ka, J Baek, H Wang and Y Jiang.Perfluoroalkyl-functionalized graphene oxide as a multifunctional additive for promoting the energetic performance of aluminum.ACS nano,16,14658-14665,2022
66.   MR Zachariah, JS Moore, M Garg, Y Wang and H Wang.Unzipping polymers significantly enhance energy flux of aluminized composites.Combustion and Fl...,244,112242,2022
67.   MR Zachariah, P Ghildiyal, F Xu, H Wang and Y Wang.Effect of alkali metal perchlorate and iodate type on boron ignition: The role of oxidizer phase change.Chemical Engineer...,446,136786,2022
68.   MR Zachariah, X Zheng, DJ Kline, Y Wang, Y Jiang and H Wang.Do we need perfect mixing between fuel and oxidizer to maximize the energy release rate of energetic nanocomposites?.Applied Physics L...,122,2023
69.   M Zachariah and H Wang.Engineering Particle Agglomerate and Flame Propagation in 3D -printed Al/ CuO Nanocomposites.Nano and Micro‐S...,2023
70.   MR Zachariah, F Xu, S Herrera, K Shi, E Hagen and H Wang.Carbon fibers as additives to engineer agglomeration and propagation of aluminized propellants.Chemical Engineer...,460,141653,2023
71.   MR Zachariah, H Wang, P Biswas, E Hagen and Y Wang.Imaging the combustion characteristics of Al, B, and Ti composites.Combustion and Fl...,252,112747,2023
72.   MR Zachariah, H Wang, Y Wang, A Rojas, P Ghildiyal and M Chowdhury.High-yield spray drying assembly and reactive properties of nanoenergetic mesoparticle composites.Advanced Powder T...,34,104075,2023
73.   C Rossi, MR Zachariah, DJ Kline, H Wang, E Hagen and T Wu.Achieving superior ignition and combustion performance of Al/I2O5 biocidal nanoenergetic materials by CuO addition.Combustion and Fl...,259,113190,2024
74.   MR Zachariah, X Zheng, J Baek, Y Wang, Y Jiang and H Wang.Enhanced energy delivery of direct-write fabricated reactive materials with energetic graphene oxide.Combustion and Fl...,260,113095,2024
75.   MR Zachariah, Y Wang and H Wang.Observing coalescence of aluminum nanoparticles during burning using aluminum/ammonia perchlorate sandwiched films.Combustion and Fl...,260,113117,2024
76.   MR Zachariah, H Wang, E Hagen, GI Paul and Y Wang.Combustion behavior of aluminized metal iodate composites. Part 2: Iodine and energy release rate.Combustion and Fl...,262,113373,2024
77.   , 洪百禧 and 安熠.硼颗粒点火燃烧模型及微观界面反应机制研究进展.固体火箭技术,48,343-355,2025
78.   H Wang and B Hong.Gallium-assisted rapid granulation from bulk aluminum to fine powder for high-loading thermite 3D printing.Chemical Engineer...,178052,2026
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