Nuclear Engineering
浸入静止非互溶液体中顶部和底部浸没喷嘴的液滴形成理论评估：铀流案例研究
A theoretical assessment of drop formation at top and bottom submerged nozzles immersed in quiescent immiscible liquid: Case study with uranium bearing streamTheoretical assessment of the hydrodynamics of drop formation from submerged nozzles in immiscible liquids, specifically applied to uranium-bearing streams. / 浸入静止非互溶液体中喷嘴液滴形成的流体力学理论评估，专门应用于铀流。
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- 工艺技术
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- 农场主
- Last updated
- 2026-10-31 17:06:06
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nozzle orientation: top and bottomliquid immiscibility: immiscible liquidsflow medium: uranium bearing stream
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ranked by community starsA theoretical assessment of drop formation at top and bottom submerged nozzles immersed in quiescent immiscible liquid: Case study with uranium bearing streamOpen source
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1 recordsRecord title: A theoretical assessment of drop formation at top and bottom submerged nozzles immersed in quiescent immiscible liquid: Case study with uranium bearing stream.
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