查询词典 billionth

August 26, 1997- Fabrice Bellard launches the PI Challenge, in which he and others will use distributed computing to find the 1000 billionth binary digit of pi.

1997年八月26日- Fabrice Bellard 发起 PI 挑战，在哪他和其它将会使用分布计算的找到1000的第十亿个 pi 的二进位的数字。

The centimeter-gram-second electromagnetic unit of resistance, equal to one billionth of an ohm.

电磁欧厘米－克－秒制中电阻的电磁单位，相当于十亿分之一欧姆

As we know, one nanometer is 1 billionth of a meter. Each information storage point of the new material, with a diameter of 0.6 NM, has an information storage capacity 1 million times of a laser disk.

我们知道，一纳米是十亿分之一米，而这种新材料的每个信息存储单位的直径进位0.6纳米，其信息容量却比光盘高100万倍。

A nanometer is one-billionth of a meter, or about one-millionth the size of a pin head.

1个纳米相当于10亿分子1米，或针头的百万分子1大小。

The giant planet is young and hot, but still only 1/100,000th the brightness of its parent star (by comparison, cooler Jupiter is one-billionth the brightness of the sun).

这个巨行星年轻而炎热，但仍旧只有主恒星十万分之一的光芒。作为对比，较冷的木星只有太阳10亿分之一的光芒，地球自然更难被发现了。

The giant planet is young and hot, but still only 1/100,000th the brightness of its parent star (by comparison, cooler Jupiter is one-billionth the brightness of the sun).

这个巨行星年轻而炎热，但仍旧只有主恒星十万分之一的光芒。

That, in turn, can be used to measure time in segments a few billionths of a billionth of a second long, and distance with similar accuracy—which might seem pointless, but is vital when studying such things as the speed of the chemical reactions for which the chemistry prize was awarded.

它还可以用来测量时间，可以把一秒种分割成几个十亿分之一的十亿分之一来测量，同样也可以精密地测量距离。这也许显得毫无意义，但是在研究诸如化学反应速度等问题时就至关重要。化学奖就是授予这一研究的。

What ever is the case, we are now increasingly focusing our attention on the very small, at a level far beyond miniaturization: a nanometre is one billionth of a meter. This is at a level of perception that is, in any retinal sense and however technologically augmented, literally out of sight.

无论如何，现在我们对於微小，可能是小於奈米文化的空间有著更多的关注；奈米度量是一公尺的一百万分之一，在这，我们的意识存在著，现有的学术的研究中，这已超越视网能记录的范围。

At a distance of about 300 nanometres (a nanometre is a billionth of a metre), the seesaw began to tilt towards the ball.

其间距离大约为 300纳米时（1纳米是十亿分之一米），秋千开始移向小球。

When made into particles only a few nanometres big—a nanometer is a billionth of a metre—they shed a lot more ions and so become more potent.

当被做成几纳米的碎片时——&一纳米相当于一米的十亿分之一&——它们将能释放出更多的离子，效应因此变得更强。

It's not quite as simple as that.

并没有那么容易。

It debuted in 1992 in Japan and the United Kingdom, and 1993 in the United States.

它首次亮相于1992年在日本和英国，在美国1993年。