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1·This paper proposes an injection current based three phase power flow method.

介绍了凸极无刷直流电动机转子位置检测的电流注入法。

2·Resistance appears when quasiparticle injection current reaches some threshold value.

当准粒子注入电流超过阈值耐出现电阻。

3·The gain and saturation of tapered laser amplifier are the function of temperature and injection current.

锥形激光放大器的增益和饱和分别是工作温度和注入电流的函数。

4·Using the circuits, the fluctuation of injection current is 10 -5 and the fluctuation of case temperature is better than 10 -4 under the room temperature.

使用该方式电路，室温下半导体激光二极管注入电流波动为10 - 5，温度波动优于10 - 4。

5·A heterodyne interference is caused by a frequency modulation of a laser diode (LD) with a ramp injection current, and a linear phase detection is realized.

传感器利用注入结电流直接调频的半导体激光(LD)产生外差干涉，从而实现了干涉相位的线性检测。

6·A universal procedure for allocating losses in distribution networks is proposed based on the full bus impedance matrix and equivalent injection current of transactions.

最后基于全节点阻抗矩阵和交易的等值节点电流提出了一种通用的配电网损耗分配方法。

7·By comparing the characteristics of HGIS, GIS, AIS equipments, the necessity and feasibility of TA primary side injection current test in HGIS and GIS equipments were discussed.

通过将HGIS、GIS、AIS设备的特性进行对比，论述了TA一次注流试验在HGIS设备和GIS设备中的必要性和可行性。

8·So, smaller photoelectric feedback index should be chosen to control the bistability region more effectively, and the period of the time-varying injection current should be small.

因此，为了更有效地控制双稳区，应选取较小的光电反馈率，同时时变注入电流具有较高的扫描速率。

9·For isolated LDMOS devices, the resistance between the lateral isolation wall (32) (tied to the source) and the buried layer (24) is reduced, thereby reducing substrate injection current.

对于隔离的LDMOS器件，横向隔离壁(32)(结合至源极)与埋层(24)之间的电阻减少，从而减少了衬底注入电流。

10·The edges of the grooves after etching are plane and smooth. The depth and width of the grooves can solve the interference problem induced by the injection current between the adjacent pixels.

腐蚀后的上隔离沟槽边缘平整，其深度和宽度可以解决注入电流在相邻像素之间产生的干扰问题。