To subdue the temperature rise, several means meliorating feed condition of grinding fluid in the grinding area are used. 为了抑制磨削中的温升,采取了改善磨削区磨削液供给状况的几种措施。
It was found from the experiments that two kinds of heat transfer mechanisms, thermal wave heat transfer and diffusion-like heat transfer, co-existed in superfluid helium. 快速和大幅度的温升是由于气泡膨胀到超导温度传感器的位置所致。