1) left-handed materials
左手媒质
1.
Photonic crystals and left-handed materials are two hot research interests.
光子晶体和左手媒质是当今研究的两大研究热点。
2) left-handed material
左手媒质
1.
A novel left-handed material with wire array in a ferrite-filled TE_(10) rectangular waveguide;
TE_(10)矩形波导中填充金属线阵和铁氧体合成的新型左手媒质
2.
Since the artificial left-handed material was realized in 2001,it has been devoting to design left-handed microwave components and antennas with large bandwidth,low loss and high integration ability.
自从2001年首次实现人工左手媒质以来,人们一直致力于制作大带宽、低损耗、易集成且具有左手特性的微波器件与天线。
3.
Presently, photonic crystals (PCs) and left-handed materials (LHMs) are hot research interests for they have intensively potential applications in the fields of optics and microwave.
光子晶体与左手媒质均是当前研究的热点,在微波与光学领域都有巨大的应用前景。
3) Left Handed Metamaterial (LHM)
左手化媒质
1.
Recently, a novel artificial material named Left Handed Metamaterial (LHM) with unique properties of simultaneously negative permittivity and permeability has attracted great attention.
左手化媒质(Left Handed Metamaterial,LHM)是一种介电常数和磁导率同时为负的新型电磁材料,近年来受到了广泛的关注。
4) left-handed medium
左手介质
1.
Investigation on the miniaturization of the microstrip antenna based on the backward wave property of left-handed medium;
基于左手介质后向波特性的微带天线小型化研究
2.
The three ways to realize negative re- fraction that are from double negative medium to negative refraction,from left-handed medium to negative refraction, and from photonic crystals to negative refraction are expeounded deeply.
介绍了负折射产生的原理及其奇特性质,着重阐述了实现负折射材料的3种主要方法:双负介质实现负折射、左手介质实现负折射和光子晶体实现负折射。
5) left-handed material
左手物质
1.
We compared the effect of the interface of two different right-handed materials with that of the interface between right-handed material and left-handed material.
详细讨论了电磁波以垂直入射和斜入射两种方式照射到不同媒质的分界面时,电磁波的传播规律,介绍了右手物质和左手物质的分界面对电磁波传播的影响,并与两种右手物质的分界面对电磁波传播的影响进行了比较。
6) Left-handed materials
左手介质
1.
The Goos-Hnchen shift on the surface of uniaxially anisotropic left-handed materials;
单轴各向异性左手介质表面的Goos-Hnchen位移
2.
There has been a renewed interest in research of Left-handed materials(LHM) in the past few years.
左手介质是近年来新兴的研究项目。
3.
The effects caused by disorder,rotating and cutting in left-handed materials (LHM) are investigated.
研究了基本结构移动、旋转、切割对左手介质传输特性的影响。
补充资料：左手定则
| 左手定则 left-hand rule 确定载流导线在外磁场中受力方向的定则。又称电动机定则。左手平展，大拇指与其余4指垂直，若磁力线垂直进入手心，4指指向电流方向，则大拇指所指方向为载流导线在外磁场中受力的方向。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条