ferrite phase shift device 铁氧体移相驱动器
Firstly, the selection of the ferrite material and the structure design are discussed, the method of improving the differential phase shift of the device is also presented here.
首先讨论了器件的铁氧体材料参数的选取和器件结构的设计以及提高器件差相移的方法。
The device is simple in construction, reliable operation and wide in phase-shift trigger. The device has good effect in practical production.
其装置简单、运行可靠、移相触发范围宽，运用到实际生产中效果好。
The scatter rate of sulphur vacancy in thin film electroluminescent device is calculated through phase shift analysis. The results are compared with other scatter mechanisms.
利用分波法计算了薄膜电致发光器件中硫空位对电子的散射速率，并将其与其它散射机制进行了比较。
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