| 1. | Phase compensation of talbot cavity
外腔锁相相位补偿元件的理论计算 |
| 2. | The principle of optical phase compensation a newmethod for measuring electrostatic field by means of pockels device
光学相位补偿原理和一种应用晶体测量静电场的新方法 |
| 3. | Phase compensation with rotating quarter waveplate in polarizing beam splitting scheme of laser launched and received in common aperture
共孔径偏振耦合分光的旋转四分之一波片相位补偿技术 |
| 4. | The results show that these reflective phase compensators own some advantages of high - reflectivity , continuous tunable phase compensation etc
分析结果表明，这些反射型相位补偿器都具有反射率极高、相位补偿连续可调等优点。 |
| 5. | At last it compares the performances of the all algorithms . chapter 3 discusses three kinds of phase compensation algorithms and compares their performances
论文第三章主要介绍基于复图像的相位补偿算法并比较它们的性能。 |
| 6. | Two methods of motion compensation may be applied . one is achieved by the estimated range information , the other one is the range alignment and the phase compensation
运动补偿可利用测量的距离信息来实现或从分析方位向信号入手进行距离对准和相位补偿。 |
| 7. | The fact demonstrates that rope is an effective method for phase compensation and accomplished simply . it has good compensation performance superior to some existing methods
实际表明， rope是一种有效的相位补偿方法，且实现简单，具有较佳的补偿性能，优于原有的一些相位补偿方法。 |
| 8. | The results indicate that the serial and parallel optimization for fft , phase compensation and matrix transpose has the most significance for sar imaging performance
分析结果认为，对sar成像处理的优化，主要是对fft 、相位补偿运算和矩阵转角运算等3类典型运算的串行优化和并行优化。 |
| 9. | In view of the problem of signal - to - noise and stability of circuit of photoelectric detection for weak signal , a low - noise amplifier circuit of photoelectric detection is designed , with the functions of filter and phase compensation
摘要针对光电检测中对微弱信号放大而带来的信噪比和稳定性问题，设计了一种低噪声光电信号放大电路，它具有电压、电流滤波和相位补偿功能。 |
| 10. | Referring to the existed methods and abundant experiments , a new engineering - oriented technique named single - point phase - detecting vibration - resistant method is presented . it uses piezoelectric transition ( pzt ) as its device for phase compensation to guarantee measure precision
当振动引起干涉条纹变化时,控制压电陶瓷( pzt )移相器向相反方向移相来锁定干涉条纹相位不变,稳定干涉图保证测量精度。 |
