Simulation results show that the effect of correction is very good. By doing so, we can reduce the requirement on the hardware design of I/Q demodulator.
模拟表明，经过矫正处理后，对脉冲压缩的改善非常显著，从而可以对I/Q解调的硬件设计降低要求。
To ion-argon collision system, by the correction of the Auger transition, the changing trends of cross section ratios. R_(21)、R_(31) and R_(41) are similar with the variety of velocity of projectile, and the maximums occurred, too. And the peaks of themaximum corresponding to R_(11) increased with the increasing of the charge of projectile.
对于Ar原子，经过俄歇跃迁的修正，直接多重电离截面与直接单电离截面之比R_(21)、R_(31)和R_(41)随入射离子速度的变化趋势比较接近，都存在一极大值。R_对应的极大值峰位都随入射离子电荷态q的增大而增大。
To ion-argon collision system, by the correction of the Auger transition, the changing trends of cross section ratios. R_(21)、R_(31) and R_(41) are similar with the variety of velocity of projectile, and the maximums occurred, too.
对于Ar原子，经过俄歇跃迁的修正，直接多重电离截面与直接单电离截面之比R_(21)、R_(31)和R_(41)随入射离子速度的变化趋势比较接近，都存在一极大值。R_对应的极大值峰位都随入射离子电荷态q的增大而增大。
Slip Frequency Correction Method Base on Rotor Flux q Axis Component for Induction Machine Indirect Vector Control System
基于转子磁链q轴分量的异步电机间接矢量控制转差频率校正
Forward error correction (FEC) can improve the performance of optical communications systems. Two kinds of FEC are, In band FEC and Out of band, employed by the Optical Transport Network.
分析FEC两种形式在高速光传送网络系统中的应用与对于系统Q值改善。
This paper proposes a new correction method of the amplitude-phase error in I/Q channel based on the signal statistical characteristics in time domain, and gives the block diagram of correction network.
提出了一种新的基于信号时域统计特性的的雷达信号I/Q通道幅相误差的校正方法，给出了实际校正网络框图。
A Novel Method of Radar Signal I/Q Channel Amplitude-phase Error Correction
雷达信号I/Q通道幅相误差校正的新方法
Because the Quadrature Demodulator brings different errors to I and Q signals, in this paper, I, Q imbalance is separated from system amplitude & phase errors and their correction methods are given respectively.
由于正交解调器给I、Q两路信号引入的误差不同，本文将I、Q不均衡与系统幅相畸变分离，分别讨论了各自的误差校正方法。
The design of hardware and software are presented, especially the I/Q demodulation and amplitude and phase error-correction are introduced.
介绍了系统的硬件部分和软件部分，特别是提出了I/Q正交解调及脉冲体制超宽带信号幅相误差校正方案。
The design of hardware and software is presented, especially the I/Q demodulation and amplitude and phase error-correction are introduced, and a bispectral analysis module is built.
介绍了系统的硬件和软件设计，提出了I/Q正交解调及脉冲体制超宽带信号幅相误差校正方案，并构建了适于超宽带信号频谱分析的双谱分析模块。
With the Fermi motion correction including the nuclear binding effect, we show that the major features of the EMC effect can be explained by using the Q~2 - or x-rescaling mechanism.
在考虑费米运动修正和核内核子束缚能作用的基础上，进一步引入Q~2式x重新标度机制，可以解释EMC效应的主要特性。
Therefore, the closed-loop control of flux and the q-axis flux model orientation angle correction algorithms are introduced based on the traditional indirect vector control in this paper, and some issues of the strategy are also discussed.
为此，本文在传统间接矢量控制的基础上引入了磁链闭环控制和基于q轴磁链模型的定向角度校正算法。
Then, applying this (q, r) - deformed entropy, we derive the first-order correction to the Planck distribution of harmonic oscillator system in weak deformation.
进而用（q，r）变形熵讨论了在弱变形的情况下谐振子系统分布的一级关联。
The methods of the undersaturation correction and the Q_V correction are presented.
给出了饱和程度校正和QV校正的方法。
Error correction of quadrature coherent I/q channels of step frequency high resolution MMW Radar Based on SVD of matrix
基于矩阵奇异值分解的频率步进高分辨率毫米波雷达I/Q通道误差校正
The main purpose of this paper is to illuminate two thoughts and methods of formal verification: intermediate assertion and weakest predicate, on this base, two problems are solved: the relation to " Q contain Q'" and program correction;
本文阐明了形式化验证中中间断言和最弱前置谓词两种思想和方法，在此基础上，解决了两个问题：开始前置断言Q蕴涵非常弱的前置断言Q'与程序正确性的关系；
With the Fermi motion correction including the nuclear binding effect, we show that the major features of the EMC effect can be explained by using the Q ~ 2 - or x-rescaling mechanism.
在考虑费米运动修正和核内核子束缚能作用的基础上，进一步引入Q~2式x重新标度机制，可以解释EMC效应的主要特性。
In chapter 2, the theory and method of obtaining high resolution range profiles of wideband FMCW HR radar targets is firstly studied by using spacial distribution models of mutiple scattering centers. Compensention and correction methods of spetrum estimation errors due to amplitude and phase inconsistency of I、Q orthogonal channels as well as data extropolation methods for improving range resolution under condition of limitted bandwidth of transmitted signal are then proposed.
在第二章中，首先根据目标多散射中心的空间分布模型，对宽带FMCW毫米波体制下目标径向一维距离成像的原理与方法进行了探讨，然后研究了成像过程中I、Q通道幅相不一致所造成的谱估计误差的补偿与校正方法以及在发射信号带宽有限情况下为提高距离分辨力的数据外推方法。