Fig. 2: Near-site transfer mechanism under multiphysics field coupling. | Communications Engineering

Fig. 2: Near-site transfer mechanism under multiphysics field coupling.

From: Space temperature traceability based on near-site transfer of miniature fixed points

Fig. 2

a Simulation of the temperature evolution inside the spaceborne blackbody at the gallium point during the phase transition. b Physical process and neural network of near-site heat transfer. c Phase transformation curves of spaceborne blackbody at the gallium point under different heating power increments. d Relationship between the characteristic temperature and heating power increments at the Ga point. e Relationship between the characteristic temperature and heating power increments at the Ga-In point. f Relationship between the characteristic temperature and ambient temperature increments and the platform temperature increments at the Ga point.

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