If you could merge deuterium with deuterium, you gain energy.

如果你能把氘和氘合并，你得到能量。

A deuterium atom is a hydrogen with an extra neutron in its nucleus.

重氢是原子核中多一个中子的氢。

Two types, or isotopes, of hydrogen are used - deuterium and tritium.

它使用两种类型，或称同位素，的氢——氘和氚。

So typical moderators in reactors thermal reactors are deuterium and hydrogen.

所以在反应堆里，典型的慢化剂,热能反应堆是氘和氢。

An isotope of hydrogen with mass number greater than 1; deuterium or tritium.

原子质量数大于1的氢的同位素；氘或氚。

It contains a tiny pellet of fuel made from an isotope of hydrogen called deuterium.

其中放置了一个更微小的氘(氢的一种同位素)燃料丸。

The best fuels for fusion are two types, or isotopes, of hydrogen - deuterium and tritium.

最好的核聚变材料有两种，即氢的同位素——氘和氚。

14 seconds later, the temperature became 3 billion degrees, forming the first deuterium atom.

14秒后，温度是30亿度，第一个氘原子核形成了。

If you produce orthohydrogen, then this also creates deuterium in which is what you want.

如果您出示邻氢，那么这也创造氘，在这是你想要的。

So here are some nuclides of interest, hydrogen, deuterium, carbon, sodium and obviously uranium.

这有一些利益核素，氢，氘，碳，钠，当然还有铀。

What's more, it detected comparatively high levels of the isotope deuterium in Venus' upper atmosphere.

除此之外，探测器还在金星高层大气中检测到较高水平的氘。

Cold fusion has been investigated by the electrolytical method and the deuterium absorption method.

采用电解法和氘气吸附法研究了冷聚变现象。

In a semiheavy water molecule, one hydrogen atom (H) is replaced with a heftier version called deuterium (D).

在半重水的水分子中，一个氢原子（H）被一个称之为氘（D）的氢原子的同位素所取代。

Pure deuterium reactions also produce neutrons, though only about 1/3 of the fusion energy is released as such.

纯氘反应也会产生中子，虽然最多只能释放出三分之一的聚变能。

Deuterium generating by heavy water electrolysis is one of the most important generating deuterium methods.

电解重水制氘是生产高纯氘的重要方法之一。

Deuterium is incredibly easy to fuse compared to hydrogen and most of the sun's energy actually comes from fusing it.

和氢比较氘是不可想象的容易聚变，太阳的大部分能量实际上是来自聚变它。

Recycling in the HT-6M tokamak is studied by changing the working gas from deuterium to hydrogen and vice versa.

通过变换工作气体(氢气和氘气的相互转换)研究了HT - 6m托卡马克中等离子体的再循环。

In this scenario, hydrogen would no longer be stable, but its slightly heavier isotopes deuterium or tritium could be.

在这个设定中，氢不再是稳定的，但是其更重些的同位素氘和氚却是稳定的。

If such a design can be successfully used for a starship engine, then a source of deuterium can be sought closer to home.

如果这样一个设计可以成功的用于星际飞船发动机，那么氘能源可以在离家更近的地方找到。

Most current fusion efforts look to combine two atoms of deuterium, a heavier version of hydrogen with an extra neutron.

最流行的聚变做法是将两个氘原子结合在一起——氘是带有一个额外的中子的重氢。

In real life, you're not likely to refine deuterium oxide, but you are likely to depend on remote servers and beefy databases.

在现实生活中，您不可能提炼出氧化氘，但您可以依赖远程服务器和强大的数据库。

Like deuterium, it is rare relative to helium-4, but, unlike hydrogen, helium doesn't form chemical compounds as abundant as water.

象氘一样，相对于氦- 4它是非常罕见的，但是不同于氢，氦不是来自化学混合物象水那样丰富。

Deuterium is a heavier form of hydrogen that is common in Earth's oceans and that would have too much mass to escape Venus' atmosphere.

氘是氢的同位素，在地球上的海洋中广泛存在，其质量较重，很难逃离金星大气。

They found deuterium at higher levels than it's found in Earth water-but at levels similar to the comets Hale-Bopp, Hyakutake and Halley.

数据显示月球水比地球水包含更多的重氢元素，并与海尔·波普彗星、百武彗星及哈雷彗星更为接近。

They found deuterium at higher levels than it's found in Earth water —but at levels similar to the comets Hale-Bopp, Hyakutake and Halley.

他们发现，同地球上的水相比，氘的含量更高——但同海尔·波普彗星、哈库塔克彗星和哈雷上的水有着相似的平。

They found deuterium at higher levels than it's found in Earth water - but at levels similar to the comets Hale-Bopp, Hyakutake and Halley.

他们发现，同地球上的水相比，氘的含量更高——但同海尔·波普彗星、哈库塔克彗星和哈雷上的水有着相似的平。

Deuteron: the nucleus of a deuterium atom consisting of a proton and a neutron regarded as a subatomic particle with unit positive charge.

氘核：氘原子的原子核，由一个质子和一个中子组成，被视为带单位正电荷的亚原子。

Helium-3 has one less neutron than regular helium (helium-4) and is also produced in the sun and almost as quickly consumed in fusion reactions as deuterium.

氦- 3比普通氦(氦- 4)少一个中子，并且同样在太阳里产生然后象氘一样在核聚变中迅速被消耗掉。

The low water peak fiber is treated by deuterium in order to reduce the fiber's hydrogen sensitivity based on the analysis of peroxide defects in fiber.

通过分析光纤的过氧基缺陷，用氘气对成品低水峰光纤进行处理，以降低光纤的氢敏感性。