1) distinguishing electrodes
电极判别
2) polarity judgment
极性判别
1.
To solve the drawbacks of the existing HDB3(high density bipolar 3) encoders, such as high encoding complexity and long output delay,a fast design method for HDB3 encoders based on block encoding,unified polarity judgment and position polarity judgment was proposed.
针对现有HDB3(三阶高密度双极性)编码器中存在编码复杂、输出延时长等缺陷,提出了一种基于分组编码、统一极性判断和位置极性判断的HDB3编码器快速设计方法,并相应提出了基于极性判别的快速译码设计方法,避免了译码过程中的取代节检测。
3) extreme discrimination
极值判别法
1.
Methods for extreme discrimination and manifold construction are adapted to consider the stability of isolated equilibrium of diffe.
考虑一类反应扩散方程在常稳态意义下转化为四维动力系统,从线性化特征值方法入手,分析讨论了Hamilton系统条件下的各种临界情形,并把系统的奇点稳定性与Hamilton函数的极值情况相对应,运用极值判别法和构造流形的方法给出了不同类型非线性系统孤立奇点稳定性的判据。
4) voltage block
电压判别
5) electrical level discrimination
电平判别
6) judge circuit
判别电路
1.
The new type of judge circuit invented in the paper can tell the direction and exact arrival on the coming train on the track scale by analyzing the signal sent by the sensors.
该判别电路可取代传统的用行程开关或光电开关作为测量装置的控制电路 ,大大降低了系统的故障率 ,有效地提高了轨道衡称重的可靠性。
补充资料：里雅普诺夫判别定理
见运动稳定性。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条