Under the condition of a slightly off-center collision (for cases where B < 0.35), H2O2 droplets penetrate MEA-NaBH4 droplets after the collision and coalesce ...
Jun 11, 2024 · Under the condition of a slightly off-center collision (for cases where B < 0.35), H2O2 droplets penetrate MEA-NaBH4 droplets after the ...
Hypergolic ignition of H2O2 and MEA-NaBH4 by off-center collision of their droplets was experimentally studied, focusing on the characteristics and mechanism ...
Under the condition of a slightly off-center collision (for cases where B < 0.35), H2O2 droplets penetrate MEA-NaBH4 droplets after the collision and ...
Jun 2, 2024 · 对H2O2和MEA-NaBH4液滴偏心碰撞自燃点火进行了实验研究,重点研究了液滴混合、液滴加热与蒸发以及气相点火的特性和机理。整个碰撞点火过程分为5个阶段,分别 ...
Jun 15, 2023 · Hypergolic ignition by the binary collision of H2O2 and Monoethanolamine (MEA)-NaBH4 droplets has been experimentally studied with an emphasis ...
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Jun 2, 2024 · ... H, Liu X, Fan X. Hypergolic Ignition by Off-Center Binary Collision of Monoethanolamine-NaBH4 and Hydrogen Peroxide Droplets. Symmetry. 2024 ...
Nov 3, 2022 · Hypergolic ignition by binary collision of H2O2 and Monoethanolamine-NaBH4 droplets has been experimentally studied with the emphasis on the ...
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Hypergolic Ignition by Off-Center Binary Collision of Monoethanolamine-NaBH4 and Hydrogen Peroxide Droplets. Article. Full-text available. Jun 2024.
Hypergolic Ignition by Off-Center Binary Collision of Monoethanolamine-NaBH4 and Hydrogen Peroxide Droplets · Chemistry, Engineering. Symmetry · 2024.