energy level structure

Electrochemical Properties and Electronic Energy Level Structure of Os (ⅱ) Complexes

Os（Ⅱ）配合物的电化学性质及其电子能级结构

Energy Level Structure of Odd-A Tm Isotopes in A ≈ 160 Region

A≈160区奇质量数Tm同位素的能级结构

Energy Level Structure of KTbP_4O_12 and Ligand Field Theoretical Calculation

KTbP4O（12）的能级结构及配位场理论计算

Study on the Energy level Structure and Spectroscopic Characteristics of Tm 3 + ∶ YVO 4 Crystal

Tm~（3+）∶YVO4晶体能级结构和光谱学研究

Then it introduces the energy level structure of erbium , and gains displacement and excited states absorption .

具体介绍了掺铒光纤的能级结构、增益位移、激发态吸收等主要特性。

The energy level structure and eigen functions of the q deformed harmonic oscillator in uniform magnetic field are obtained .

讨论均匀磁场中q-形变谐振子的能级结构和本征函数。

Selective Excitation Spectra and Energy Level Structure of Dy ~ ( 3 + ) : ThO_2 Crystal

Dy~（3+）：ThO2的选择激发光谱和能级结构

Theoretical Study of Electronic Energy Level Structure Extended States in GaAs / Al-xGa - ( 1-x ) As Superlattice

GaAs/AlxGa（1-x）As超晶格扩展态电子能级结构的理论研究

The absorption of the fluorophores to the wavelength of exciting light has definite selectivity , which depend on energy level structure and state of the fluorophores .

血细胞中的荧光团对激发光波长具有一定的选择性，这种选择是由其自身的能级结构和状态所决定的。

It is the goal of these collaborations to probe the energy level structure of antihydrogen to compare it with that of hydrogen as a test of the CPT theorem .

探测反氢的能级结构把它与氢作比较如同一项CPT定理测试那样是这些合作的目标。

At the same time , the study found that doping or adsorption will affect the electronic structure of graphene , the from microscopic degree , adjusting the energy level structure of graphene has important significance .

同时研究发现掺杂或吸附均会对石墨烯的电子结构造成影响，这对从微观程度上调节石墨烯的能级结构有着重要意义。

By DFT / TDDFT simulation calculation for geometric structure , adsorption spectrum and energy level structure of these molecules , two kinds of molecules superior to D5 molecules in properties were sieved out .

通过DFT/TDDFT模拟计算这些分子的几何结构、吸收光谱，以及能级结构，从中筛选出两种分子，由其敏化的DSSC的性能可能优于D5分子。

The energy level structure of the q deformed harmonic oscillator in a finite dimensional Hilbert space is studied . The Coherent states of the q deformed harmonic oscillator in a finite dimensional Hilbert space are constructed .

研究了有限维希尔伯特空间q-形变谐振子的能级结构，构造了有限维希尔伯特空间q-形变谐振子的相干态。

The characteristics , spectroscopic properties , energy level structure and rate equations of Er3 + : Yb3 + co-doped phosphate glasses and the effects of various factors in the growing process on the lasing performances of phosphate glass are presented .

介绍了共掺Er3+：Yb3+的磷酸盐激光玻璃的特点、光谱性质、能级结构、速率方程及其制作过程中各种因素对磷酸盐玻璃的激光性能带来的影响以及这种激光玻璃在各方面的应用。

The energy level structure of the artificial helium molecule which consists of two disk-like quantum dots separated by a distance d was obtained in an uniform magnetic field . The effects with respect to d ,ω 0 and B were discussed .

给出了均匀磁场中相距为d的两个双电子园盘量子点构成的人造氦分子的能级结构，讨论了能级随d，ω0（谐振圆频率）及B（外磁场强度）变化的情况。

Quantum Chemical calculation method is one of the most important ways to study the energy level structure and other properties of molecules . It is based on the calculation of the molecular potential energy curves or surfaces whose accuracy depends on the calculation of the correlation energy .

量化计算方法是研究分子能级结构及特性的重要手段，其关键是计算势能曲面，而势能曲线的精度取决于相关能的计算。

The surface photovoltage and its time-resolved evolution process are used to determine the energy level structure of the ZnO nanorod array . As a result , the life level of the photoelectron in Si-based ZnO nanorod arrays is very few .

表面光伏谱和它的时间分辨过程被用来分析硅基ZnO纳米棒阵列薄膜的能级信息，由此得出硅基ZnO纳米棒阵列薄膜中被激发光电子的寿命能级较少。

With the addition of Tm 3 + , the intensity of 480 nm blue luminescence increased notably compared with that of co-doped Yb 3 + - Er 3 + sample , which attributed to Tm 3 + special energy level structure ;

与Er3+Yb3+共掺样品相比，Tm3+的加入使得480nm的蓝光显著增强，这应与Tm3+特殊的能级结构有关；

In this paper , we mainly described the experiment of Eu isotope enrichment by means of magnetic deflection . According to the special inner energy level structure of Eu atom , we analyzed the theory of the polarized atomic beam and described the main experimental set-up .

本文主要描述通过磁偏转极化原子束的方法对Eu元素进行同位素浓缩实验[1]，结合Eu原子特有的能级结构，分析了原子束的极化原理。描述了原子束极化和同位素浓缩的实验装置。

Derivating the Energy Level of Fine Structure of Alkaline Metal Atom in Perturbation Theory

用微扰论推求碱金属原子精细结构能级

The energy level and the aging structure of the scientific innovation personnel in the hospital are to be properly reformed and rationally arranged ;

优化年龄结构，抓住科技人才闪光的最佳年龄段，合理安排科技创新队伍的能级结构；