| 1. | In the fifth chapter , we apply the multiplicity and oscillation to design the bioreactor
第五章研究运用系统中出现的多稳态和振荡现象设计生化反应器。 |
| 2. | How to define the parameters of the generator to eliminate the oscillation is a very important project
如何合理选取电机的参数、避免振荡现象的出现是一个非常重要的课题。 |
| 3. | Cell analysis is not only the cut - in point of study on the life process , but also the key subset in modern analytical chemistry
无论是活性酶体系，线粒体体系还是细胞体系都存在许多自组织的时空振荡现象。 |
| 4. | And the fuzzy system also have the special regular to eliminate the domain - swing between some special phenomenon
同时在设计控制规则时，针对九区图特殊的几个区域之间的振荡现象，制定了相应的规则用来避免振荡。 |
| 5. | We have observed and recorded the relaxation oscillation of double - clad ytterbium - doped fiber laser by a digital oscillograph . the relaxation oscillation frequency is 20 . 0khz
我们使用示波器观察并记录了双包层掺镱光纤激光器的弛豫振荡现象，得到弛豫振荡频率为20 . 0khz 。 |
| 6. | In the fuzzy control method , a pi fuzzy control with nested control table is studied . experimental results show that the static error and the oscillation can be reduced
在模糊控制研究中，提出采用pi型及模糊控制表嵌套控制方法，基本上消除了常规模糊控制存在的静差和振荡现象。 |
| 7. | Q - switching test of e - o modulator was carried out , the results displayed regular rectangular optical pulse figuration without any acoustic ringing , the leading and trailing edges is 5 ns
制作的电光开关的光斩波实验，结果显示出正常的矩形开关光脉冲，上升和下降沿都是5ns ，看不出任何振荡现象。 |
| 8. | 5 . in the research , the control system appear the lose steady , how make sure the d / a of the synchronous controller and correction of the system parameter , put forward a kind of method
5 .研制过程中出现控制失稳,系统出现振荡现象,对如何确定同步控制器的d / a与系统参数的修正,提出了一种方法。 |
| 9. | Some experimental study on the vibrating phenomenon has been done primarily . we conclude that the output of laser is stable and the reason of vibrating phenomenon is n ' t the unstable incident laser
初步对“振荡现象”进行了实验研究，认为光电探测器的输出存在振荡现象并不是由于激光器出光功率不稳定引起的。 |
| 10. | As for the nonlinear problem , the predictor - corrector algorithm , which possess 2nd precision of numerical results , is presented . the application of adaptive pti method is also given
数值算例表明，精细积分方法有效池避兔了常规方法的数值振荡现象，具有较高的计算精度，对于非线性热传导问题也民有良好的精度。 |
