1) Energy levels
能级分立
2) energy level
能级
1.
The energy levels structure and fluorescence properties of Ce~(3+) in LaAlO_3 single crystals;
铝酸镧单晶体中Ce~(3+)的能级结构和荧光特性
2.
Discussion on designation of energy levels for Tm~(3+) ions;
铥离子(Tm~(3+))能级标注浅议
3.
A formula of energy level for hydrogen atom in Stark effect;
氢原子一级Stark效应能级的解析式
3) Energy levels
能级
1.
Study on energy levels of two coupled Josephson junction flux qubits;
两个耦合约瑟夫森结磁通量子比特能级的研究(英文)
2.
Calculations of Rydberg energy levels for Co Ⅹ Ⅶ using the weakest bound electron potential model theory;
CoⅩ Ⅶ离子Rydberg态能级的最弱受约束电子势模型理论计算
3.
In this paper, the law of HXR calculated energy levels minus observed energy levels and net charge for Ga ⅠXe Ⅹ Ⅺ Ⅴ Ions 4s24p.
本文通过分析类镓等电子序列ＧａＩ—ＸｅＸＸⅣ离子４ｓ２４ｐ、４ｓ２４ｄ、４ｓ４ｐ２、４ｐ３、４ｓ２５ｓ组态能级的ＨＸＲ方法理论计算值与实验值之差△Ｅ与净电荷数Ｚｃ沿等电子序列的变化规律，找到每条能级的△Ｅ与Ｚｃ的半经验公式，用半经验公式外推预测了至今末见报道的ＧａＩ—ＳｅⅣ离子４ｐ３组态能级，同时补充了文献［１］中部分遗漏的能级和更正了个别辩认中的错误。
4) energy
能级
1.
Energy of the charged particle in the magnetic field in noncommutative phase space;
磁场中的带电粒子在非对易相空间中的能级
2.
Energy of the charged isotropic harmonic oscillator in Noncommutative Space;
带电谐振子在非对易空间中的能级
3.
Energy of the Charged Particle in the Magnetic Field in Non-commutative Space;
磁场中带电粒子在非对易空间的能级
5) Level
能级
1.
A new decay scheme of 72Ga including 26 levels,87 γ-rays is established.
根据实验结果建立了含有26个能级、87条γ射线的72Ga的衰变能级纲图，其中包含首次测到7条γ射线225。
6) Fermi level
费米能级
1.
By using real-place recursion method,Fermi level and total bond order integral between Cu and another neighbor elements Y,La and Zr on the crystalline phases were calculated.
通过计算机编程建立Zr2Cu晶体相中以Cu原子为中心的原子团簇模拟Zr基非晶中二十面体原子团簇模型,应用实空间的递推方法计算了Zr2Cu晶体相中的费米能级及团簇中Cu与近邻合金元素Y、La、Zr的键级积分。
2.
It is found that the Ag particles with sharper edges and wider terrace between steps have more electrons at Fermi level.
分析了Ag颗粒的形貌对其费米能级的影响。
3.
The orbital binding energy and Fermi level of individual element of amorphous and crys- tallized Zr_(55)Cu_(30)Al_(10)Ni_5 alloys were measured by XPS.
测定了大块非晶合金 Zr_(55)Cu_(30)Al_(10)Ni_5晶化前后的费米能级和各元素的电子结合能,研究了非晶合金的电子结构特征和电击穿行为。
参考词条
补充资料：分立
1.分别独立。 2.分别制定。 3.分别设立。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。