| 1. | Physical analogy of relative phase in multi - frequency induced polarization
多频激电相对相位的物理模拟 |
| 2. | Relative phase demodulation technique in frequency domain in projected grating phase method
双频投影栅线法的改进 |
| 3. | The results show that the interactions between gaussian - shaped solitons are sensitive to relative amplitude and relative phase
结果表明：高斯孤子之间的相互作用敏感地依赖于两光束间的相对振幅和相对相位。 |
| 4. | Along with the rising of the relative phase , there are stronger repulsions between the beams , until at the end of each cycle
随着相对相位的增大，两光束间始终持续地表现出强烈的排斥作用，直到相对相位增加到一个2周期之后。 |
| 5. | The synthetic flow field of two adjacent microjet actuators and its evolvement with time , as well as different working frequencies and relative phase angles were numerically simulated
分析了双微射流作动器在不同频率、相位下协调工作时所形成的合成流场的特征。 |
| 6. | The relative phase shift between s - and p - light is a function of the incident angle , and changes highly with the incident angle in the vicinity of the critical angle
S光与p光的相对相位差是入射角的函数,当入射角在临界角附近变化时,相对相位差会随着入射角高灵敏度变化。 |
| 7. | The variances of the sum of the amplitude quadratures of the three obtained optical modes and the relative phase quadratures among them is respectively 3 . 28 dbm and 3 . 18 dbm below the corresponding shot noise limit
完全不可分判据中三个不等式左边的值分别为1 . 90 ， 1 . 83和2 . 94 ，全部小于归一化后的散离噪声极限4 。 |
| 8. | The previous discussion addressed the theory required to compute the relative phase shift between adjacent radiating elements in order to position the beam of an array - type antenna to a specific angle off of the antenna boresight axis
前面的讨论中给出了计算使阵列天线的波束相对天线视轴线偏移一个给定角度所需的相邻单元间相对相移的理论。 |
| 9. | According to current experimental condition , we let s - and p - components with relative phase shift interfere with each other , and receive the interference intensity to measurement the angular displacement . an approximately linear signal versus angular displacement is defined as the system output
根据现有实验条件,将具有相位差的s光和p光产生干涉,通过接收干涉光强来实现测角,并定义了一个与角位移在测量范围内呈近似线性关系的信号作为测量信号。 |
| 10. | Based on the research of the complex angle and the bias compensation techniques , the dynamic compenstion with relative phase is developped for elevation tracking & measure with the amplitude - comparison monopulse radars , and it is proved to be a optimum technique by thoery and simulations
因此，在深入研究复角法和固定偏差补偿法的优缺点基础上，本文针对单脉冲比幅测角体制的雷达，提出了一种新的俯仰角测量算法?联合相位的动态偏差补偿法，理论分析和计算仿真证明这种算法了这种算法的优越性。 |
