The heat and light energy from the Sun is due to the fusion of hydrogen atoms at a very high temperature and pressure.
太阳的光能和热能是由于氢原子在极高的温度和压力下发生核聚变的缘故。
Astronomers ascribed them to thermonuclear fusion of hydrogen or helium or to the sudden accretion of matter onto the star.
天文学家因此可将其归因于氢或氦的热核融合反应，或是有物质突然被星体吸附而产生的。
On a biochemical level, a Carbohydrate is a simple fusion of carbon, hydrogen and oxygen molecules.
从生化角度讲，碳水化合物是一个含有碳，氢，氧元素的简单化合物。
They would have been almost pure hydrogen — the primary ingredient of thermonuclear fusion, which makes a star shine.
它们可能曾经几乎完全是由氢元素构成的，氢元素是热核融合的主要原料，正是这种反应让星星放出光芒。
The white whale of energy, scientists have been hyping the potential of nuclear fusion since, oh, the first hydrogen bomb was dropped over the Marshall Islands in 1952.
能源的大白鲸，自从，噢，第一颗氢弹在1952年被投掷在马绍尔群岛以来，科学家们一直都在大肆宣传核聚变的潜力。
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。
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。
The newspapers were full of articles on solar power, fusion and converting the economy to run on fuel cells and hydrogen.
报纸上全是讨论太阳能和核能，以燃料电池和氢能作为主要能源来转变经济方式的文章。
In certain fusion processes, among nuclei of the hydrogen isotopes, neutrons of high energy are liberated.
在氢同位素原子核中的某些熔合过程中，会释放出高能中子。
The energy of the Sun arises not from any burning process but from nuclear fusion, the transformation of hydrogen into helium, in part by a complicated process involving carbon and nitrogen.
大阳的能量不是来自燃烧过程，而是来自由氢到氦的核聚变，是部分由一个涉及碳和氮的复杂过程引起的。
By start from existing state of Chinese energy source, the importance for developing hydrogen energy and fusion energy is explained.
从分析中国能源的现状入手，说明开发氢能与聚变能的重要意义。
The hydrogen isotope got from one liter of seawater can produce energy equal to 300 liters of gasoline through complete fusion reactions.
氢同位素得到了从一公升海水可能导致能量相等与300公升汽油通过完全融合反应。
When the catalyst is applied to ethene polymerization, the fusion-flow ratio of the polymerisate can be adjusted by changing the content of hydrogen.
应用于乙烯聚合时，可以通过改变氢气含量来调整聚合产物的 熔流比；
When the catalyst is applied to ethene polymerization, the fusion-flow ratio of the polymerisate can be adjusted by changing the content of hydrogen.
应用于乙烯聚合时，可以通过改变氢气含量来调整聚合产物的 熔流比；
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