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Combustion Explosion and Shock Waves

IF0.7
论文数48
被引数
期刊论文 48
发表时间
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Study of Phase Formation during Oxidation of Amorphous Boron and Boron Modified with Vanadium Pentoxide Using a Synchrotron Radiation Source使用同步辐射光源研究无定形硼及五氧化二钒改性硼在氧化过程中的相形成
deleteCombustion Explosion and Shock Waves
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deleteShevchenko, V. G.; Eselevich, D. A.; Krasil'nikov, V. N.; Konyukova, A. V.; Vinokurov, Z. S.
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Effect of Ozone/Hydrogen Peroxide and Helium Additives on Detonation Combustion of a Hydrogen-Air Mixture臭氧/过氧化氢和氦气添加剂对氢气-空气混合物爆震燃烧的影响
deleteCombustion Explosion and Shock Waves
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deleteZhuravskaya, T. A.; Levin, V. A.
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Ignition of Fluidized Solid Fuel by Laser Radiation激光辐射流化固体燃料的点燃
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deleteAduev, B. P.; Belokurov, G. M.; Liskov, I. Yu.; Nurmukhametov, D. R.
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Effect of Oxidizer Composition on the Self-Ignition Time of Coal-Water Slurry Droplet Flow氧化剂组成对煤水浆液滴流动自燃时间的影响
deleteCombustion Explosion and Shock Waves
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deleteKuznetsov, V. A.; Bozheeva, D. M.; Minakov, A. V.
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Investigation into Effect of Adding Coal Suspension on Combustion Stability and Methane Lower Flammability Limit in Methane-Air Mixtures研究煤悬浮液添加对甲烷-空气混合物燃烧稳定性和甲烷下限爆炸极限的影响
deleteCombustion Explosion and Shock Waves
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deletePinaev, A. V.; Pinaev, P. A.
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Numerical and Experimental Investigation of FLSC-Based Debris-Free Stage Separation for Aerospace Applications基于FLSC的零碎片分离技术在航空航天应用中的数值与实验研究
deleteCombustion Explosion and Shock Waves
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deleteKumar, K. Sunil; Chakraborty, Amitabh; Suranani, Srinath; Srikanth, I.; Srinivasan, R.; Talawar, M. B.
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Ignition and Propagation of Combustion Waves in a Two-Dimensional Channel. Part I二维通道中燃烧波的点火与传播。第一部分
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deleteBoriskin, A. A.; Vasil'ev, A. A.
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Diffraction of Combustion Waves in a Two-Dimensional Channel. Part II二维通道中燃烧波的衍射。第二部分
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deleteVasil'ev, A. A.; Boriskin, A. A.; Vasil'ev, V. A.
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Determination of Thermodynamic Characteristics of Combustion Products of Boron-Based Solid Propellants硼基固体推进剂燃烧产物的热力学特性测定
deleteCombustion Explosion and Shock Waves
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deleteFedorychev, A. V.; Milekhin, Yu. M.; Abramov, A. A.
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Detonation Products of Composite Explosives Based on Benzotrifuroxan基于苯三氟氧化物的复合炸药的爆轰产物
deleteCombustion Explosion and Shock Waves
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deleteKashkarov, A. O.; Pruuel, E. R.; Gerasimov, E. Yu.; Luk'yanov, Ya. L.; Tumanik, A. S.; Khlebanovskii, N. A.; Studennikov, A. A.
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Equations of State of Argon, Krypton, and Xenon with Allowance for Vaporization and Ionization考虑蒸发和电离的氩、氪和氙的状态方程
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deleteMedvedev, A. B.
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Features of Combustion Wave Propagation through an Air Gap in a Ti-Si SystemTi-Si体系中燃烧波穿越空气间隙的特征
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deleteGabbasov, R. M.; Kitler, V. D.; Prokof'ev, V. G.; Shul'pekov, A. M.
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Numerical Simulation of NOx Formation in a Premixed Methane-Air Flame near a Cold Wall预混甲烷-空气火焰中NOx在近冷壁处的数值模拟
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deleteSlastnaya, D. A.; Hrebtov, M. Yu.; Mullyadzhanov, R. I.; Dulin, V. M.
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Enhancement of Ignition and Combustion of Coal-Water Slurry Fuels煤水浆燃料的点火和燃烧增强
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deleteGlushkov, D. O.; Paushkina, K. K.
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Flammability Limits for SHS Systems with Radiative Heat Loss自蔓延高温合成系统中辐射热损失的着火极限
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deleteAldushin, A. P.; Krishenik, P. M.; Rogachev, S. A.
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Complex Multicomponent Surrogates for Commercial Kerosene-Type Aviation Fuels: Modeling Fuel Combustion Characteristics商用煤油型航空燃料的复杂多组分替代物：燃料燃烧特性的建模
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deleteSavel'ev, A. M.; Savelieva, V. A.; Tarasenko, A. N.; Torokhov, S. A.; Kadochnikov, I. N.; Novakovsky, D. V.
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A Model of the Evolution of a Particle Flow Formed As a Result of Shock-Wave Dusting in a Gaseous Environment气体环境中由冲击波扬尘形成的粒子流演化模型
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deleteGamov, A. L.; Georgievskaya, A. B.; Karsanova, T. V.
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Initiation of Detonation Combustion and Determination of Specific Impulse during Combustion of a Kerosene-Air Mixture in a Radial Vortex Combustor在径向涡流燃烧器中，煤油-空气混合物燃烧时爆震燃烧的启动与比冲的测定
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deleteBykovskii, F. A.; Zhdan, S. A.; Vedernikov, E. F.
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Processes of Formation and Suppression of Nitrogen Oxides during Combustion of Coal Slurry and Coal Slurry-Based Composite Fuels煤浆和煤浆基复合燃料燃烧过程中氮氧化物的形成与抑制机理
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deleteKuznetsov, G. V.; Dorokhov, V. V.; Vershinina, K. Yu.; Strizhak, P. A.
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Numerical Analysis of a Viscoplastic Model of a Hot Spot in the Presence of Molten Zones in a Shock-Compressed Porous Material含熔融区的冲击压缩多孔材料热点黏塑性模型的数值分析
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deleteAttetkov, A. V.; Kotovich, A. V.; Pilyavskaya, E. V.
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