electronic energy level
英 [ɪˌlekˈtrɒnɪk ˈenədʒi ˈlevl]
美 [ɪˌlekˈtrɑːnɪk ˈenərdʒi ˈlevl]
电子能级
双语例句
- A study on the electronic energy level and spectral sensitization of green sensitized dyes
感绿增感染料电子能级和增感性能的研究 - 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 - Theoretical Studies on Ground State Structure, Electronic Energy Level and Absorption Spectra of PPV Oligomers with Biphenyl Bridge
联苯桥联的PPV齐聚物基态构型、电子能级和吸收光谱的理论研究 - Based on the study of electronic exchange effect of Lithium atom in ground state, this essay has calculated the energy level of Lithium atom in excited state and the electronic exchange of Lithium atom.
在研究基态锂原子电子交换作用的基础上，本文进一步计算了激发态锂原子的能级，并着重研究了电子交换作用对锂原子激发态能量的影响，计算结果与实验结果符合较好。 - 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 - Studies on early diagnosis of tumours with electron spin resonance ( esr) method of electronic saturation of energy level
顺磁共振（ESR）对高发恶性肿瘤早期诊断研究&Ⅰ.能级电子饱和法建立 - It has been proved that for determining the ground state electronic configurations and grouping the atomic orbital energy level, the results achieved by applying the amended rules are compatible with periodicity and the determinations of the ionic outer shell electronic configurations conform well to the experimental facts.
验证表明，本文改进规则在判断原子基态电子构型、离子外层电子构型和划分轨道能级组方面能符合实验事实。 - The effect of the electronic exchange on the energy level in excited state
电子的交换作用对激发态能量的影响 - Biped robot technology is one of the frontier research topics in the field of robot research, which is a combination of many disciplines, such as electronic, energy, material and so on. It is an important symbol of high-tech level of a country.
双足机器人是当今机器人研究领域最为前沿的课题之一，它集机械、电子、计算机、材料、传感器、控制技术及人工智能等多门学科于一体，是一个国家高科技实力的重要标志。 - Rare earth series elements own a special electronic arrangement which forming a unique energy level, therefore they are able to show a wide range of applications.
稀土系列元素具有独特的电子排列，构成了独特的能级，使其在显示、红色照明等方面有着广泛的应用。 - 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。