Stripping modes
Dry thermomechanical stripping by cryogenic nitrogen jet
Research and innovation REF: IN253 V1
Stripping modes
Dry thermomechanical stripping by cryogenic nitrogen jet

Authors : Abdel TAZIBT, Denis ENTEMEYER, Mustapha YAHIAOUI, Thierry GROSDIDIER

Publication date: May 10, 2023 | Lire en français

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3. Stripping modes

The choice of certain parameters (set pressure and temperature, firing distance, etc.) defines the state of the nitrogen at impact: liquid or gas. Figure 3 shows a high-speed camera image of the jet. Three morphologies can be distinguished along the jet:

  • the jet, at high speed and under pressure, is coherent at the nozzle outlet;

  • it then becomes two-phase with a mixture of dense packets of N 2 expanding into a fluid N 2 + air ;

  • then dissipates as a fog, eventually mixing with the surrounding air.

...
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