pendry

Several years ago Sir John Pendry, a physicist at Imperial College, London, who was musing on this idea, realised that such a material would make a perfect lens.

几年前，伦敦皇家大学的约翰？彭德瑞爵士（Sir John Pendry）对这个想法进行了深思，他意识到这样的材料将有助于制造出理想的透镜。

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pendry, of imperial college london, works on a subject that caught the public imagination again this year: invisibility cloaks.

英国伦敦帝国学院理论物理学教授约翰·潘德瑞的研究课题“隐形斗篷”在今年再度吸引了公众的眼球。

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in the meantime, scientists like cummer and pendry are pondering these 10 future uses for metamaterials.

与此同时，想卡莫和潘德利这样的科学家仍在思索10种有关异象物质的未来用处。

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It is found that the uniaxial crystal slab is not suitable for constructing perfect lens, firstly predicted by Pendry.

同时还发现单轴晶体中的能流负折射现象不能实现Pendry在理论上所预言的完美透镜。

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so leonhardt and pendry imagined bending space to steer light around a circular region, making anything inside that hole invisible.

因此，莱昂哈特和彭迪设想，通过弯曲空间来引导光绕过圆环，从而使位于圆环中的所有东西都隐身。

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pendry's ideas touched off a torrent of experiments.

彭迪的想法引发了一阵实验潮。

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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。

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pendry started pondering how other artificial materials might affect electro magnetic waves.

彭迪开始思考其它人造材料对电磁波的影响方式。

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Pendry's project is one of several around the world experimenting with invisibility.

泼恩德利的项目是全球几个隐形实验项目之一.

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but pendry showed that a super lens could reveal details considerably smaller than this.

但是Pendry展示的超级透镜波长比光学显微镜还要小却能显示的很清晰。

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