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One electrode generates tiny hydrogen bubbles that carry the coagulated grime to the surface, where it can be skimmed off.
Accompanying electrolytic reactions evolve gas (usually as hydrogen bubbles) at the cathode.
Then the material is heated in an oven, causing hydrogen bubbles to form within it and ultimately forcing a layer of sapphire to pop off.
Holes observed in the deposit originated from the detached hydrogen bubbles.
In the electrolyte solution, the hydrogen bubbles maintained the released bubble size.
The fuel mixing involves circular hydrogen bubbles in air interacting with a planar moving shock wave.
This paper deals with an experimental study on millimetre-size electrochemically evolved hydrogen bubbles.
A mechanism is proposed to describe co-deposition when hydrogen bubbles are co-evolved.
Besides, Ni/GD and Fe/GD showed only negligible losses in j even after 116 and 60 h of constant electrolysis, respectively, which could be ascribed to the hindrance from the adsorbed hydrogen bubbles.
Left: In the high heat of a gold-plated oven, the injected ions form hydrogen bubbles that cause the sapphire wafer (at right side of black platform) to slough off a thin layer of sapphire (at center of platform).
When the copper and zinc are joined together by an external conduction hydrogen bubbles noticeably form on the surface of the copper, indicating that this is the reaction taking place.
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