Using or derived from the energy of atomic nuclei; atomic.
利用原子核能的，由原子核能中得出的；原子能的。
Finally, atomic nuclei and elementary particles are examined.
最后，讨论原子核及基本粒子。
Atomic nuclei, in contrast, have remained far more inscrutable.
相对而言，对于原子核的了解就少得多了。
The study of the insides of atoms, or of atomic nuclei, is called.
对原子内部或原子核的研究称作核科学，或称核子学。 。
But accelerators could potentially produce nuclear fusion, which fuses atomic nuclei together.
而加速器可能产生核聚变，将原子核融合在一起。
Note 1: Elements heavier than iron are produced by the capture of neutrons by atomic nuclei.
注1：重的元素比铸铁制作的捕获中子的原子核。
Soon, however, the protons won't be alone, lead ions — whole atomic nuclei — will be smashed up.
然而，随即这些质子便不再孤单，因为铅离子——它的整个原子核——将会被撞毁。
Nuclear fusion - the melding of atomic nuclei that happens inside stars - is a long-sought goal on Earth.
核聚变是发生在恒星内部的原子核融合，是地球上长期追求的目标。
Fusion involves colliding small atomic nuclei together to form larger ones, and thus releasing energy.
核聚变中，小原子核相互碰撞，形成大原子核，释放能量。
The sun and stars are daily proof of the great energy released when light atomic nuclei join together.
太阳和星星就是日常生活中轻原子核结合时释放的巨大能量的证明。
The structures of atoms and atomic nuclei are explained, with some historic experiments and theories.
介绍人类认识原子和原子核的历史过程，包括与之相关的著名实验和理论。
We used the cranking shell model to investigate the high-spin motions and structures of atomic nuclei.
用推转壳模型计算研究了原子核的高速转动运动及其结构特性。
The sun and stars are daily proof of the great energy released when light atomic nuclei join together .
太阳和星星就是日常生活中轻原子核结合时释放的巨大能量的证明。
We streak like superheroes past suns and solar systems, we divethrough shoals of quarks and atomic nuclei.
我们像英雄那样掠过太阳，飞过太阳系，在夸克的浅滩和原子核中沉潜。
We streak like superheroes past SUNS and solar systems, we dive through shoals of quarks and atomic nuclei.
我们像英雄那样掠过太阳，飞过太阳系，在夸克的浅滩和原子核中沉潜。
Energy is released as atomic nuclei are forced together at high temperatures and pressures to form larger nuclei.
能量释放是在原子核在高温高压环境下聚变成大原子量的原子核时产生的。
Under such conditions atomic nuclei "evaporate" into a plasma of even smaller particles called quarks and gluons.
在这种情况下，原子核将会蒸发成等离子体，甚至是更小的粒子，比如夸克和胶子。
Above formula highly reflect the integer law of protons and neutrons distributing in all kinds of atomic nuclei.
此公式高度地反映了所有原子核内质子和中子分布的整数规律。
One gram of the products from the fusion of two light atomic nuclei could generate as much energy as 11 tons of coal.
两个氢原子核融合产生的一克产品能够产生相当于11吨煤炭产生的能量。
Such collisions should cause individual atomic nuclei to recoil, and with the right apparatus such recoils can be observed.
因为这种碰撞会引起个体原子核的反作用，只要有适用的仪器就可以观测到这种反作用。
Electrons, which orbit atomic nuclei and give atoms their distinctive characters, are also considered fundamental particles.
环绕原子核作轨道运行而且将它们的特征供给给原子的电子，也被认为是根基粒子。
Because lead ions are composed of complete atomic nuclei - not just a single subatomic particle - their masses are far larger.
因为铅离子完全由原子核组成——而不仅仅只是一个单一的亚原子粒子(subatomic particle)——它们的质量要大得多。
Some of these gamma rays pass near atomic nuclei, in the process transforming into an electron and a positron, researchers said.
某些伽马射线在靠近原子核的附近经过，进入到转化为个电子和正电子的过程，研究人员说。
During fusion, energy is released as atomic nuclei are forced together at high temperatures and pressures to form larger nuclei.
在聚变反应时，原子在高温高压的环境中聚变成大原子，这时能量会被释放出来。
Plasma forms when gas becomes so hot that electrons are stripped from atomic nuclei, leaving behind a soup of charged particles.
当气体变得异常炽热，电子脱离了原子核，留下一团带电荷的粒子，等离子体就形成了。
Methods NMR spectroscopy was classified according to commonly encountered atomic nuclei, which are measured in nuclear magnetic resonance spectra.
方法根据常见的用于测定核磁共振信号的原子核的不同，对核磁共振光谱进行分类叙述。
Qubits have already been created in the laboratory using photons (the particles of which light is composed), ions and certain sorts of atomic nuclei.
通过使用光量子（组成光的微粒）、离子和几种确定的原子核，量子位已经在实验室中被创造出来。
The next three decades turned physics on its head, with the discovery of electrons, atomic nuclei, radioactivity, quantum theory and the theory of relativity.
以后的三十年里，物理学发生了天翻地覆的变化：电子、原子核、放射性、量子理论、相对论相继出现。
Two years ago, a different research group reported storing quantum data for two seconds within atomic nuclei, but they did not read it electronically, Boehme said.
早在两年前，有另一个研究小组宣称可将量子数据存储于原子核内2秒钟，但是他们并没有用电子手段读出数据。
Two years ago, a different research group reported storing quantum data for two seconds within atomic nuclei, but they did not read it electronically, Boehme said.
早在两年前，有另一个研究小组宣称可将量子数据存储于原子核内2秒钟，但是他们并没有用电子手段读出数据。
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