原子核的影响引起超精细结构。
原子核理论研究恒星的结构和演化﹐元素的起源和核合成﹐以及宇宙线问题。
The theoretical study of nuclear structure and the origin and evolution of stars elements of nuclear and cosmic ray problem.
简要回顾了原子核和强相互作用物质的相结构及相变研究的现状。
We review the status of the research on the phase structure and phase transitions of nucleus and strong interacting matter briefly.
原子核形变证实壳层结构。
原子核是最重的结构，而它仅仅占据原子体积的一小部分。
The nucleus of the atom is heaviest structure, and it occupies only a fraction of the volume of the atom.
单原子的结构是个基本极限：若要做得更小，基本上就得操控原子核了，这可是把一种化学元素转换为另一种。
A structure the size of an atom represents a fundamental limit: to make anything smaller would require manipulating atomic nuclei—essentially, transmuting one chemical element into another.
本文首先对核结构模型、原子核转动谱理论进行了概述。
This thesis firstly summarized the nuclear structure model and the theory of rotational spectrum.
质子施加的斥力使原子核的结构松弛。
The repulsive forces exerted by the protons loosen the structure of the nucleus.
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。
We used the cranking shell model to investigate the high-spin motions and structures of atomic nuclei.
二是形成原子核时群子通过热核聚合反应过程使核素结构有严格的排列顺序；
The sub clusters make nuclein structure have strict arrange sequence through thermonuclear reaction in the course of forming atomic nuclei;
用复平均场和复剩余相互作用的壳模型理论，定性地讨论了反核子与原子核相互作用体系出现窄宽度结构的可能性。
The possible existence of the narrow width structures in the Antinucleon-Nucleussystem is discussed qualitatively by using complex shell model theory.
本文共分两部分：第一部分是叙述如何从原子核单独能级的特性和系统性来研究原子核的结构，并例举了四类研究这些能级最重要的原子核反应实验。
This article reviews the methods of studying the nuclear structure by means of the nuclear reaction as a tool for investigation. It is divided into two parts.
本文共分两部分：第一部分是叙述如何从原子核单独能级的特性和系统性来研究原子核的结构，并例举了四类研究这些能级最重要的原子核反应实验。
This article reviews the methods of studying the nuclear structure by means of the nuclear reaction as a tool for investigation. It is divided into two parts.
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