不随时间变化的信号称为静态信号。
我们假设这样一种复杂的表型逆转可能是由于多重信号因子（彼此结合时可允许肿瘤细胞形成静态类腺泡结构）的作用。
We hypothesized that such a complex phenotypical reversion is likely the result of multiple signaling factors that in combination allow cancer cells to form quiescent acinar-like structures.
研究兼顾静态性能和力学环境适应性的信号检测方案是高精度光纤陀螺实用化的迫切要求。
Good static and dynamics environment performance of the signal detection scheme is necessary to meet the practice application of the high precision fiber optic gyroscope (HPFOG).
通过采集弯曲力的变化信号，总结弯曲经验，制定控制规则，改善了系统的动静态特性。
This design method can improve dynamic and static characteristics of system by collecting bending force signal, summarizing experience and designing control rule.
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