FIELD: power industry.
SUBSTANCE: method of heat pipe quality control is proposed using non-contact optic heat supply and temperature measurement methods, as well as digital methods of processing of the recorded brightness contrast of heat field. At that, quality of heat pipe is determined as per value of asymmetry coefficient of isothermic surface relative to heat supply zone, and defect zone is determined as per distortion of shape of isothermic lines.
EFFECT: improving informativity and reliability of heat pipe quality control; reducing the time required for test performance.
2 cl, 1 dwg
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