Examples of using Heavier elements in English and their translations into Chinese
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Where did heavier elements than iron come from?
那么铁之后更重的元素是哪里来的呢?It then began fusing helium into heavier elements.
Heavier elements need a slight excess of neutrons.
We thought we had a chance of seeing heavier elements escaping.
我们认为我们有机会看到更重的元素逃逸。For heavier elements, this effect is negligible.
对于较轻的元素，这个效应可以忽略不计。
Most are hydrogen nuclei, some are helium nuclei,and the rest heavier elements.
大多数是氢原子核，有些是氦原子核，其余是较重的元素。To build those heavier elements, nuclei of lighter atoms had to fuse together.
为了制造那些较重的元素，较轻原子的原子核必须融合在一起。Once its hydrogen supply is depleted,the sun will start consuming its heavier elements.
广告一旦氢气供应耗尽，太阳将开始消耗其较重的元素。They thus fuse heavier elements, spinning rapidly and tossing material into space.
因而，它们交融较重元素，快速旋转并将物质抛入太空。If it had been 0.008 or higher,the hydrogen would have fused to make heavier elements.
如果它太大了，比如说0.008，所有的氢都会熔化以制造更重的元素。Stars that contain a lot of heavier elements shed a lot of that mass over their lives.
包含许多较重元素的星星在他们的生命中流下了大量的物质。If it were too large, say 0.008,all the hydrogen would have fused to make heavier elements.
如果它太大了，比如说0.008，所有的氢都会熔化以制造更重的元素。Bigger stars can generate heavier elements like mercury, which has 80 protons in its nucleus.
更大的恒星可以产生更重的元素，如汞，在其核有80个质子。
Most cosmic rays are atomic nuclei: most are hydrogen nuclei, some are helium nuclei,and the rest heavier elements.
大多数是氢原子核，有些是氦原子核，其余是较重的元素。If this force were slightly stronger, only heavier elements, but no hydrogen, could be found.
如果这种力稍强，就只有较重的元素才能够形成，氢却无法形成。Soon after, even heavier elements also begin to fuse, and the sun on the whole will look a bit worse for the wear.
不久之后，甚至更重的元素也开始聚变，使太阳整体上看起来会因物质消耗而有点糟糕。Inside the ultra-hot environment of the stars,simple hydrogen and helium atoms fused together to create heavier elements.
在恒星的超热环境中，简单的氢和氦原子融合在一起，形成更重的元素。Bigger stars can generate heavier elements like mercury, which has 80 protons in its nucleus.
较大的恒星可以生成较重的元素，比如汞原子核中拥有80个质子。These regions are called molecular clouds and consist mostly of hydrogen, with about 23-28% helium and a few percent heavier elements.
这样的地区是所谓的分子云，其中绝大部分是氢，大约23至28%的氦，还有几个%的重元素组成。Over time, these heavier elements condensed down under gravity to form small clouds and rocks.
随着时间的推移，这些较重的元素在引力作用下凝结成小的云块和石块。Carbon, oxygen, iron, and the like had to wait for stars- especially the massive ones-to form and create heavier elements via nuclear fusion.
碳、氧、铁以及其它元素不得不等待恒星--尤其是大质量恒星--通过核聚变形成更重的元素。One hypothesis is that the heavier elements came from comets that crashed into Jupiter and it absorbed them.
一个假说认为，更重的元素来自于彗星，它们撞入了木星，被木星吸收了。It turns out that, at least according to their calculations, these white dwarfs could reignite in a supernova-like explosion,generating heavier elements.
结果是，至少根据他们的计算，这些白矮星可以在类似___的爆炸中重新点燃，产生更重的元素。Since stardust atoms are the heavier elements, the percentage of star mass in our body is much more impressive.
由于星尘原子是较重的元素，我们身体中恒星质量的百分比要令人印象深刻得多。Heavier elements needed to make rocky planets, like silicon and iron, had to be created in the first generations of stars.
制造岩石行星所需的较重元素，如硅和铁，必须在第一代恒星中产生。Given how fragile elements in the 110s already are, heavier elements might struggle to hold on even that long.
考虑到110号以上元素的脆弱性，较重的元素可能难以保持那么长的时间。In massive stars, heavier elements can also be burned in a contracting core through the Neon burning process and Oxygen burning process.
在大质量的恒星，更重的元素在核心收缩后可以经由氖燃烧过程和氧燃烧过程产生。But Since star dust atoms are heavier elements, the percentage of star mass in our body is much more impressive.
由于星尘原子是较重的元素，我们身体中恒星质量的百分比要令人印象深刻得多。Heavier elements joined the mix millions of years later, after early stars forged those elements and then dispersed them when they died.
更重的元素在数百万年后加入该混合物，早期恒星形成这些元素并在其死后将其驱散。
