简单来讲，隐形技术可以使飞机在雷达或其他检测方法下变得部分不可见。
Simply speaking, stealth technology allows an aircraft to be partially invisible on radar or any other detection methods.
2轰炸机由于使用了更先进的隐形技术，所以造价十分昂贵。该机的。
The B-2 is an enormously expensive aircraft as it contains even more advanced stealth technology, carries much more weight in bombs, and has a much longer range.
特别是费舍尔指出，成都J - 20的超级隐形技术和能力的邮轮，不使用燃料的大量消耗加力超音速。
Fisher in particular pointed to the Chengdu J-20's stealth technology and ability to super cruise, or fly supersonically without using fuel-guzzling afterburners.
骇翼智力一般，但速度异常快，一转眼就已飞在两个半英里外了。所以大家都怀疑他是不是学会了隐形技术。
Dreadwing isn't terribly. intelligent, so no one's certain where he got the teleportation technology that allows him to warp up to two and a half miles instantly.
但它不同于隐形技术。隐形技术不是让飞机变得看不见，而只是减少能被雷达探测到的切面以使其难以被追踪到。
It differs from stealth technology, which does not make an aircraft invisible but reduces the cross-section available to radar, making it hard to track.
本文对飞行器的隐形和雷达反隐形技术作了综述，对种种雷达反隐形技术作了较详细的讨论并论及其发展趋势。
This paper gives a general description to the aircraft stealth and radar and-stealth technology. Various anti-stealth technologies and their trends are discussed in some detail.
随着隐形技术的迅猛发展，处于战争中的任何军事目标都面临着巨大的威胁，从而使得反隐形成为一项紧迫的任务和要求。
With the development of stealth technology, military targets are faced with tremendous threatens, thus countermeasures against stealth technology become a pressing task and requirement.
早些时候，加利福尼亚一家公司开发了另一种使用 LED 技术的隐形眼镜。
Earlier, a California company developed another kind of contact lens using LED technology.
现如今，因为隐形眼镜能更有效的掩饰那些缺陷便很少有人用了，并且这种修复技术也更容易被接受。
These days, it is done less often because contact lenses are very effective at covering these defects, and prosthetic technology is also more accessible.
在其中一个案例里，她向我们展示了宇宙飞船的对接技术如何帮助成千上万的用户不用戴眼镜和隐形眼镜就能视物。
In one, she explains how technology used for docking spacecraft is enabling thousands of people to see without glasses or contact lenses.
通过纳米制备技术研究者在氮化硅中刻蚀出许多空洞以构成所需图案，使得波导具有合适的隐形折射率。
Using nanofabrication techniques, the researchers etched tiny holes into the nitride to make a desired pattern, giving the waveguide the cloaking refractive index profile.
一个名叫IanPearson的专为很多公司做新技术方面顾问的未来学家说，“你只需要在早晨把隐形眼镜放入眼睛，然后在一天结束后把它拿出来就行了。”
“You will just pop it into your eye in the morning and take it out at the end of the day, ” said Ian Pearson, a futurologist who advises companies on new technologies.
阿姆斯特丹一家专门从事增强现实技术开发的Startup公司Layar，赞同华盛顿大学关于增强现实隐形眼镜的看法。
Layar, an Amsterdam-based startup focusing on augmented reality, shares University of Washington's vision of an augmented-reality contact lens.
除了隐形，新技术还使可见光领域内的光学转换技术又前进了一步。
In addition to cloaking, the new technique provides an important step toward implementing optical transformation structures in the visible range.
隐形飞机只对第三世界国家起作用，因为他们缺少能探测到这类飞机的精密的雷达和技术。
Stealth only works in third world countries where they lack the sophisticated radar and technology that can detect them.
为此我们需要将光分解为数个波的形式，目前还不清楚当光源靠近物体时，光子是否能分解并形成新的波，如果使用光线技术，光子在近距离破坏，物体无法实现隐形。
If we use ray optic techniques where light travels in beams - photons break down at close range and the object does not appear invisible.
为一劳永逸终结关于Ho 2 -29是否具备隐形能力的争议，专家们第一次检验了那架幸存2 - 29。并以当时二战雷达技术为基础用一架便携式雷达对它作了测试。
To determine once and for all whether the Ho 2-29 had stealth capabilities, experts first examined the surviving 2-29 and probed it with a portable radar unit based on World War II radar tech.
Van derKlein相信面向消费者的多功能隐形眼镜，不过是不久的将来就会实现的一例增强现实技术。
Van der Klein believes a consumer-oriented, multipurpose lens is just one example of where augmented-reality technology will take form in the near future.
改变光的传播路径是这项技术的关键所在，它能使人类有朝一日制造出隐形装置，也就是能掩盖物体存在的装置。
The way in which it can propagate, which is the key element to one day, hopefully, be able to fabricate invisibility device, so devices that can conceal an object.
智能隐形眼镜的研发先驱之一，西雅图华盛顿大学的研究员巴巴克·帕尔·维兹(BabakParviz)说，这项技术潜能巨大。
The technology has huge potential, says Babak Parviz, a researcher at the University of Washington, in Seattle, who is one of the pioneers of smart contact lenses.
华盛顿大学的工程师利用微型制造技术制造出一种柔韧的对人体无害的，带着印刷电路板和灯泡的隐形镜片。
The UW engineers used microscopic scale manufacturing techniques to create a flexible, biologically safe contact lens with imprinted electronic circuits and lights.
华盛顿大学的工程师利用微型制造技术制造出一种柔韧的对人体无害的，带着印刷电路板和灯泡的隐形镜片。
The UW engineers used microscopic scale manufacturing techniques to create a flexible, biologically safe contact lens with imprinted electronic circuits and lights.
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