| 1. | Effect of pump noise and quantum noise with real and imaginary parts on the variance of the laser intensity
实虚部间关联的量子噪声和泵噪声对光强相对涨落的影响 |
| 2. | Effects of pump noise and quantum noise with real and imaginary parts correlated on the dynamic properties of a single - mode laser
实虚部关联的量子噪声和泵噪声对单模激光动力学性质的影响 |
| 3. | A circuit with at least one capacitor and one inductor is in resonance when the imaginary part of its admittance ( or impedance ) is equal to zero
含有至少一个电容和一个电感的电路，当其导纳（或阻抗）的虚部为零时，电路发生谐振。 |
| 4. | By using the matlab , we find that the real part of the solution is a kink soliton and the imaginary of it comprise a bell soliton
利用matlab的数值仿真我们看到这种复线性孤子解的实部由一个扭状的孤波组成，而其虚部是一个钟状的孤立波。 |
| 5. | However , as to the expressions of the real or image parts of the phasor , there are many problems in the relevant documents published in recent years
但从近几年发表的相关傅氏算法的文献来看，很多文章中关于信号相量的实部和虚部表达式有错误。 |
| 6. | After detailed analysis , the correct expressions are formulated and what the false expressions will bring about to the microcomputer protection is discussed
这里通过详细的数学推导，给出了在不同数学模型下信号相量实部和虚部的具体表达式，并讨论了各种错误在微机保护应用中带来的问题。 |
| 7. | Plenty of experiments show the real , imaginary , module and angle of wavelet transform can accurately choose the fault line and precisely identify the high frequency of transient signals
通过大量的实验，表明利用小波变换后的实部、虚部、模值以及相角可以准确的给出故障线路并高精度的提取故障信号的暂态高频分量。 |
| 8. | The morlet wavelet transform is applied in choosing the fault line and detecting the transient high frequency signals . the virtues and flaws in various criterions and algorithm have been compared
利用morlet小波变换后的实部、虚部、模值以及相角来实现故障选线及暂态分量的提取，并比较了各种判断方法及小波算法的优缺点。 |
| 9. | In next research , we are to construct a more integrated mathematic model of iceit , develop fast reconstruction algorithm , reconstruct images of three dimensions and real / imaginary part , and study on contactless measurement
进一步的研究是建立的完善的iceit的数学模型，快速算法，三维成像，电导率实、虚部成像，无接触测量等。 |
| 10. | The real part of the complex impedance decreases with frequency ; the imaginary part of the complex impedance increases with frequency to the maximum , and then decreases with frequency ; and phase angle decreases with frequency increasing
结果发现辉长岩复阻抗的实部随频率的增加而减小，而虚部随频率增加先增大后减小；相角随频率增加而减小。 |
