Fast Reader Notes: Instead of evaporating instantly, it floats, dances, and survives far longer than it ... Why do scientists and demo presenters often choose not to wear protective gloves when handling liquid nitrogen?
Inverse Leidenfrost Effect - Topic Main Notes
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Topic Main Notes
Droplets levitate on a bath of liquid nitrogen and are spontaneously self-propelled. Why do scientists and demo presenters often choose not to wear protective gloves when handling liquid nitrogen?
Information What to Check First
Have you ever seen water undulating on the surface of a very hot pan instead of immediately evaporating? "Floatting drop": a drop of an aqueous solution, initially at room temperature, is deposited on the surface of a liquid nitrogen bath. Instead of evaporating instantly, it floats, dances, and survives far longer than it ...
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Key points worth scanning
- "Floatting drop": a drop of an aqueous solution, initially at room temperature, is deposited on the surface of a liquid nitrogen bath.
- Why do scientists and demo presenters often choose not to wear protective gloves when handling liquid nitrogen?
- Droplets levitate on a bath of liquid nitrogen and are spontaneously self-propelled.
- Instead of evaporating instantly, it floats, dances, and survives far longer than it ...
- Have you ever seen water undulating on the surface of a very hot pan instead of immediately evaporating?
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