LHM

Transmission Characters of Optical Waves at the Interface Between LHM and RHM

光波在左右手系材料界面处的传输特性

An Analytical Study on Cherenkov Cascading Second Order Nonlinearity Transfer Matrix and Mode Eigenvalue Equation of Three-layer-material Plane Waveguide Formed by LHM

平板波导中切伦科夫型级联二阶非线性效应的理论分析含左手介质的三层介质平板波导的转移矩阵和本征方程的分析

The fishnet structure has the virtues of simple fabricated and easy operated in the experiment, so the structure is now considered as the best LHM suitable for the higher frequencies.

渔网结构由于具有制造简单和实验操作容易的优点，目前被认为是最好的适用于较高频段左手材料的结构。

First, the concept of LHM and the methods to realize it in microwave frequency band are introduced.

首先介绍了左手材料的基本概念，左手材料在微波频段的实现方法。

Guided Modes in a Four-layer Slab Waveguide with the LHM Core

包含左手材料的四层平板波导中的光导模

A review is presented of the theory in negative refraction index ( NRI) study. Five years ago, the experiment of UCSD confirmed that left-handed medium ( LHM) do indeed exhibit nega-tive refraction.

对负折射率研究的理论作了评述，5年前美国UCSD的实验已证明用左手化媒质（LHM）确实可造成负折射。

This paper focused on left-handed materials ( LHM ) both from point and experimental aspects.

左手材料和负折射是近几年来物理学家关注的热点问题之一.

The LHM is a new kind of artificial materials, which has some new physical effects and peculiar properties.

左手材料是一种新型的人造材料，人们已经发现它具有一些新的物理效用及奇特的性质。

Left-handed Materials ( LHM) and Its Applications in Microwave Engineering

左手材料及其微波应用

Characteristics of Open-Type LHM Microwave Filter and Its Design

左手媒质微波空间滤波器特性和设计

The paper reviews recent developments in research on negative reflection effect, especially the composition of LHM and theoretical explanation and experimental verification of this phenomenon.

介绍了这种负折射现象研究的最新发展。着重于LHM的人工合成，理论解释以及负折射率的实验证明等几个方面，以便进一步开展这方面的工作。

Next, the research progress of the LHM in microwave frequency band is presented.

其次概括叙述了微波波段左手材料的研究进展。

Several shortcomings of SRR suggested by Pendry resist the practice of LHM. The composite structure of SRR and wires has the disadvantages of high loss and narrow frequency band.

Pendry所提出的应用SRR和金属线实现的左手媒质结构有几个明显缺陷，高损耗，窄频带，相对大的结构尺寸使得这个结构还不能进入实用阶段。