1.
Investigation of odd-parity excited states of europium atoms by resonant photoionization spectroscopy
铕原子奇宇称高激发态共振电离光谱的研究
2.
A Study of the Effect of Symmetries on the Structures of the Low-lying States of Nucleus ~(16)O;
~(16)O核低激发态结构的对称性效应
3.
On the History of the Discovery of Parity Nonconservation and the Lee-Yang s Argument--In Commemoration of the 50th Anniversary of the Discovery of Parity Nonconservation;
宇称不守恒的发现史与“李杨之争”刍议——纪念宇称不守恒发现50周年
4.
Supposing there are two kinds of vaccum excitation and applying the theory of big-bang,we get a symmetry cosmic model which is of positive and negative energy matter.
假定真空有两种激发,并与大爆炸学说相结合得到了正负能物质对称宇宙模型.
5.
Research on Singularites of Primary Parametric Resonance of A Generator Set Under No-load Steady State Asymmetric Operation;
发电机空载稳态不对称运行扭振主参数共振的奇异性研究
6.
LIU Yu-xin's Experience on Treatment of Hyperprolactinemia From Liver
刘宇新教授从肝论治高催乳激素血症
7.
stimulate a person's interest [curiosity]
激发某人的兴趣 [好奇心]
8.
The parity of atomic states is important in spectroscopy.
原子状态的宇称性质在光谱中是重要的。
9.
Approximate solutions of even parity stationary states in harmonic oscillator potential with δ potential added
谐振子势中附加δ势后偶宇称态的近似解
10.
Studies on Spectra and Properties of the Highly Excited States of the Eu Atom
Eu原子高激发态光谱及其特性的研究
11.
Studies on Spectra and Properties of the Highly Excited States of the Sm Atom
Sm原子的高激发态光谱及其特性研究
12.
The occurrence of odd-parity shape oscillations in the saddle-point spectrum plays an important role in the interpretation of asymmetry andanisotropy in the fission process.
在裂变过程中，解释非对称性和非各向同性时，奇宇称形状振荡在鞍点谱中起主要作用。
13.
sparing, shapely and sensational
省料、匀称，激发情感
14.
High-Spin States in Odd-Odd ~(160)Tm Nucleus;
奇奇核~（160）Tm高自旋态的实验研究
15.
Experimental Study of High-spin States in Odd-odd ~(156)Tm Nucleus
奇奇核~（156）Tm高自旋态的实验研究
16.
Research on the Luminescent Properties of High-lying Excited States of Pr～(3+) and Nd～(3+);
稀土Pr～（3+），Nd～（3+）高能激发态的发光性质研究
17.
The so called "Standard Cosmological Model" means the relativistic Hot Big, Bang theory, in which our expanding universe has been evolving from an extremely hot and dense state.
标准宇宙模型是指宇宙始于极端温高密状态的热大爆炸理论。
18.
This would be significant in the study of molecular structure at high excited state.
这对研究分子高激发态的结构是很重要的.