Abstract
In this study, temperature dependency of adhesion force per unit area corresponding to shearing stress to remove ice from a cooling solid surface (adhesion stress) was measured, varying the material. Moreover, temperature dependency of surface energy was also measured. And then, a relationship between both temperature dependences was clarified. Additionally, for the copper, which was a unique, influences of the composition and thickness of a oxide layer on adhesion stress were discussed. Moreover, influences of irradiations of ultraviolet wave and atmospheric plasma on adhesion stress were also discussed.
