Through defining slide yield function and floating potential function of thermo-contact surface, the complementary equation of thermo-contact boundary was got.
通过定义接触面滑动屈服函数和流动势函数，得出了热接触边界的互补方程。
2
Even in aerobic activity the thermo-formed and ergonomically adjusted contact surfaces enable the free flow of air on the back.
即使在有氧运动的热形成和变化，符合人体工程学的接触面，使空气在背面自由流通。
3
Infrared thermo probes and contact pyrometers add temperature to the mix.