In near-field optical storage, dynamic flying height measuring technique is a key of the theory and its application.
近场光存储方案中，头盘间距动态测控技术是将近场光存储理论和技术实用化的一项关键技术。
But to use SIL recording, the problems of the focusing servo and the dynamically flying height control of the SIL must be solved.
但是，固体浸没透镜光存储系统必须解决精密聚焦伺服问题和动态飞行高度控制问题。
According to the analysis of the flying height requirement of super high-density recording, it is necessary to take the rough into consideration.
根据对超高密度记录浮动间距要求的分析，必须考虑粗糙度的影响。
In flying height measuring method utilizing light intensity interference principle, the position control of micro flying head has effect on measuring error.
基于强度干涉原理的飞高检测方案中，微型飞行头位姿控制是影响测量误差的一项关键因素。
The position of the maximum pressure changes uniformly with the increase of the disk velocity or the minimum flying height under different conditions of ACs.
不同ACs条件下，随着磁盘速度或最小飞行高度的增加，压力幅值点位置的变化较均匀。
The position of the maximum pressure changes uniformly with the increase of the disk velocity or the minimum flying height under different conditions of ACs.
不同ACs条件下，随着磁盘速度或最小飞行高度的增加，压力幅值点位置的变化较均匀。
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