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1·In this paper, we propose a new improved linear dispersion codes transmission scheme to combat performance loss of original LDCs when using OSIC detection.

本文提出了一种改进的线性疏散码传输方案，来克服原先的线性疏散码在OSIC检测时的性能损失。

2·It describes a local blocking flow pattern developed under the joint action of nonadiabatic heating, dissipation, nonlinear advection and the linear dispersion.

这个定常解描述了非绝热加热、耗散、非线性平流和线性频散共同作用所形成的阻塞流型。

3·With the success in linear dispersion compensation technique in optical fiber communication, a new limitation with nonlinearity will be accumulated when the length of fiber link increases.

随着线性色散补偿技术的成熟，光纤通信的另一个限制因素——非线性，将随着光纤链路的加长而积累起来。

4·Focusing on the problem that existing linear dispersion (LD) space-time codes have a high encoding and decoding complexity, a type of orthogonal linear dispersion (OLD) space-time codes is proposed.

针对多输入多输出系统中现有的线性分散(LD)空时码编、解码复杂度高的问题，提出了一类正交线性分散(old)空时编码。

5·The general dispersion relation of the linear waves and its reduced form in certain particular eases are obtained.

导出了非均匀等离子体中线性波的色散方程，并在一些特殊情况下进行了讨论。

6·The apodized linear chirped fiber grating is an important passive device for dispersion compensation.

具有切践包络的线性啁啾光纤光栅是用于色散补偿的重要无源器件。

7·Using two-flow model, small perturbation theory and solvable conditions of one-order linear equations, a dispersion equation of pressure wave in horizontal air-liquid bubbly flow was proposed.

利用两流体模型、小扰动原理和线性一阶齐次方程组有解的条件，得到了气液泡状流型下的压力波色散方程。

8·The results show that linear high-order dispersion affects the position and the phase, doesnt affects the amplitude , the width and the chirp of the bright-soliton-like pulse.

结果表明：线性高阶色散对类明孤子脉冲的位置和相位有影响，而对振幅、宽度和啁啾没有影响；

9·The relations of the ground state energy with the coefficient of dispersion, strength and magnetic field strength are derived by using linear-combination operator and unitary transformation method.

采用线性组合算符和幺正变换的方法，得出极化子基态能量与色散系数、耦合强度以及磁场强度之间的关系。

10·By means of fluid model and linear field theory, the dispersion equation of the electromagnetic wave propagation along a cylindrical waveguide filled with an infinitely thin annular plasma.

利用等离子体流体模型和线性场理论，分别导出了无限薄环形等离子体填充圆柱波导和无限薄环形等离子体填充波纹波导中的色散关系。