I research the much more fundamental physics underpinning nuclear structure, which involves a great deal of that counterintuitive, greatly misunderstood field of quantum mechanics.
我研究的是在核结构下方更为基础的物理，涉及许多违反直觉的，被大量误解的领域——量子力学。
It is one of the most frontal fields of nuclear physics to study nuclear structure and reaction mechanism in extreme conditions.
在极端条件下，研究核结构、反应机制是当前核物理研究的前沿领域之一。
This thesis firstly summarized the nuclear structure model and the theory of rotational spectrum.
本文首先对核结构模型、原子核转动谱理论进行了概述。
Nucleon-nucleon interaction is the foundation of nuclear structure and the basic hadron-hadron interaction.
核子-核子相互作用是核结构的基础，是基本的强子-强子相互作用。
The explosive nucleosynthesis in the astrophysical environment and its close link to nuclear structure are discussed.
讨论了天体物理环境中爆发性核合成及其与核结构的紧密关系。
Some of the important progress and interesting problems of nuclear structure under extreme conditions of high spin, exotic isospin, charge and mass are discussed.
评述了核结构的前沿问题和研究前景，讨论了在高自旋、奇异同位旋以及电荷和质量等极端条件下，核结构研究的一些重大进展和有兴趣的问题。
It was found that 1,3-dithiolanes, 2-acylthiazoles, 5-acylthiazoles and the corresponding thiazolines, which contains the nuclear structure, possess meaty aroma notes.
对其中的1，3-二硫杂环戊烷类、2-酰基噻唑类、5-酰基噻唑类及相应的噻唑啉化合物的香味特征进行了归纳，发现它们都具有肉香味。
It was found that 1,3-dithiolanes, 2-acylthiazoles, 5-acylthiazoles and the corresponding thiazolines, which contains the nuclear structure, possess meaty aroma notes.
对其中的1，3-二硫杂环戊烷类、2-酰基噻唑类、5-酰基噻唑类及相应的噻唑啉化合物的香味特征进行了归纳，发现它们都具有肉香味。
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