Moore law的例句大全

According Moore law, the integration level of the microchips doubling each 18 months.

按照摩尔定律，每过18个月，微芯片的集成度翻一番。

Is Moore law out of date since Nano electronic devices have been appeared?

纳电子器件出现后会使摩尔定律过时 吗 ?

Moore's Law had run its course.

摩尔定律已经完成了其使命。

What no one, not even Moore himself, saw coming was that, by the 1980s and 1990s, with tens of billions of chips out in the world, Moore's Law would break out of electronics and into the rest of the economy.

但是当时，包括摩尔本人在内，所有人都没有预测到，到了八十年代和九十年代之交的时候，全球的芯片数量数以百亿计，摩尔定律已经具有了冲出电子行业，进入国民经济其它领域的能力。

with the advent of novel materials, structures and devices, the feature size of integrated circuits keeps scaling down, and the moore's law still works.

新材料、新结构、新器件不断涌现，特征尺寸继续缩小，摩尔定律仍然起作用。

Moore's Law has held generally true to this day,

摩尔定律直至今日依然基本准确，

He refers to" Demi Moore's law," a personal, jocular extension of Intel founder Gordon E.Moore's oft-cited law on the exponential pace of microprocessor development.

他谈到了“黛米摩尔法则”&他个人对人们常常提到的因特尔（Intel）创始人戈登关于微处理器幂次发展速度法则的诙谐引申。

all these approaches mean that moore's law should be able to chunter along for a few more years, at least.

所有这些方案都意味着摩尔定律仍然能够支撑至少好几年。

this chapter introduces the law of disruption and its key drivers, moore's law and metcalfe's law.

本章介绍了颠覆定律及其主要要驱动力：摩尔定律和梅特卡夫定律。

then, the paper discussed implications, effects and technical limits for the three basic laws which guide network era such as moore's law, optical fiber law and metcalfe's law.

接下来分别就主宰网络时代的三个基本定律：摩尔定律、光纤定律和迈特卡尔夫定律的内涵、影响和技术极限进行了论述。

such a gate length would keep moore's law rolling for several years.

这样长度的栅极将可以让摩尔定律继续成立一些年。

at the same time, moore's law, metcalfe law and matthews effect are keeping on impacting the information era by their magical function, so the throughputs of networks have been grow awfully.

同时，摩尔定律、梅特卡夫法则和马太效应等信息时代的三大规律依旧发挥着它们魔力般的作用，使网络流量急剧增长。

in contrast, planar technology kept steadily improving, enabling amazing advances at a rate famously commemorated by moore's law.

而在平面制程技术研发之后，其制程就不断改良，进步速度恰好符合著名的摩尔定律。

The famous Law of Moore to be applicable to this funny undulating phenomenon.

这搞笑般此消彼长的情形,著名的摩尔定律似乎也管用.

The new Moore's Law describes the so-called " technology adoption life cycle. "

新摩尔定律阐述了 所谓 的 “ 技术采用生命周期 ”.

The first is technological change beyond that ordained by Moore's Law.

首先是技术变革超出摩尔定律的藩篱.

How Far can Moore's Law Keep Effective after 45 nm?

45纳米后,摩尔定律还能坚持多久?

Such devices may relegate Moore's Law to secondary status.

这类器材甚至可能贬低摩尔定律的地位。

From my last two blogs regarding Moore's Law, I think the title of this entry is somewhat self evident.

从我之前的两篇关于摩尔定律的博文中，我想这篇文章的题目在某种程度上已经不言自明。

as the semiconductor industry was inspired by moore's law to make computer chips tiny, powerful and ubiquitous, it's thought that technology and competition might work a similar magic for photovoltaic cells.

由于半导体行业受到摩尔定律（Moore's law）的启发，让计算机芯片变得更小、更强大、无所不在，人们认为，科技与竞争或许也能对光生伏打电池施以同样的魔法。