Fast Notes: Droplets levitate on a bath of liquid nitrogen and are spontaneously self-propelled. A drop of water will evaporate very quickly from a metal surface that has been heated to over 100 degrees centigrade.
The Inverse Leidenfrost Effect - Smart Summary for Readers
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Smart Summary for Readers
Why do scientists and demo presenters often choose not to wear protective gloves when handling liquid nitrogen? A drop of water will evaporate very quickly from a metal surface that has been heated to over 100 degrees centigrade.
General Reference Context
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 ... "Floatting drop": a drop of an aqueous solution, initially at room temperature, is deposited on the surface of a liquid nitrogen bath.
Topic Useful Tips
"Floatting drop": a drop of an aqueous solution, initially at room temperature, is deposited on the surface of a liquid nitrogen bath.
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- Droplets levitate on a bath of liquid nitrogen and are spontaneously self-propelled.
- A drop of water will evaporate very quickly from a metal surface that has been heated to over 100 degrees centigrade.
- Why do scientists and demo presenters often choose not to wear protective gloves when handling liquid nitrogen?
- Instead of evaporating instantly, it floats, dances, and survives far longer than it ...
- "Floatting drop": a drop of an aqueous solution, initially at room temperature, is deposited on the surface of a liquid nitrogen bath.
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