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. Defense mechanisms are rare and untested in the medical context, requiring in-depth exploration and the development of new defensive strategies [5-7]. This thesis therefore aims to deepen our understanding
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mechanisms associated with this area of physics is the process of (re)hadronization itself: how quarks emanating from the QGP will be dynamically converted into hadrons and which properties from the QGP will
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: indoor air quality, aerosol physics, fluid mechanics, transient airflow, particle resuspension, particle-surface adhesion forces, electrostatic interactions, particle properties, wall surface properties In
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industrial challenges associated with the development of a gas/liquid contactor for atmospheric CO2 capture applications. The transfer mechanisms and reactions involved (mass transfer, evaporation, heat