能级分裂的英文

• energy level splitting
• energy-level splitting
• split of energy level
• splitting of energy levels
• splitting of levels

• "能级"英文翻译    energy level
• "分裂"英文翻译    split up; break up; rend
• "能级分布" 英文翻译 :    energy level distribution; level distribution
• "次级分裂" 英文翻译 :    secondary cleavage
• "二级分裂" 英文翻译 :    second-order splitting
• "一级分裂图谱" 英文翻译 :    first-order diagram
• "塞曼效应分裂能级" 英文翻译 :    zeeman-splitted level
• "级分" 英文翻译 :    fraction
• "能级" 英文翻译 :    [物理学] energy level 费密能级 fermi level; 基态能级 ground state level
• "分裂" 英文翻译 :    1.(使分开) split; divide; break up; tear; smash; disintegrate; unsolder; rive; fracture; dissociate 使国家分裂 disrupt a state; 他们又分裂成两个学派。 they were further divided into two schools. 四种染色体的每一种都沿着纵向分裂。 each of four chromosomes divide longitudinally. 意见分歧使该党分裂成若干集团。 difference of opinion broke the party up into camps.2.[生;物] (整体事物分开) fission; division; cleavage; segmentalization; fragmentation; scission; schism; disunion; disruption 核分裂 nuclear fission; 减数分裂 meiosis; reduction division; 细胞分裂 cell division; 有丝分裂 mitosis
• "级分隔" 英文翻译 :    a class division; b class division
• "亚级分" 英文翻译 :    subfraction; subracacation
• "k能级" 英文翻译 :    k level
• "l能级" 英文翻译 :    l level; l-level
• "磁能级" 英文翻译 :    magnetic energy level; magnetic level
• "次能级" 英文翻译 :    sub level; sublevel
• "低能级" 英文翻译 :    l-level; low level; low-lying level
• "多能级" 英文翻译 :    multiple level
• "高能级" 英文翻译 :    high level; high-level; upper level
• "功能级" 英文翻译 :    degree of function
• "光能级" 英文翻译 :    light level; optical power level
• "核能级" 英文翻译 :    nuclear energy level; nuclear level; nuclearenergylevel
• "基能级" 英文翻译 :    ground level
• "空能级" 英文翻译 :    empty energy level; empty level; unoccupied level; vacant energy level; vacant level
• "零能级" 英文翻译 :    zero energy level

• The removal of the degeneracy of the low energy levels of a hydrogen atom in a uniform magnetic field
  磁场中原子能级分裂的两种分析方法及其比较
• The average momentum that the atoms acquire from the optical field and the average force exerted on the atoms by the optical field has been determined
  基于此特解分别研究了只有一个原子处于场内和两原子均处于场内时不同的能级分裂情况。
• From the wave functions of the two entangled atoms in the momentum space , the probabilities of finding the two - atom entangled system in different states can be derived
  通过对两种情况下系统波函数的研究，得出不同情况下的能级分裂并分析出现这种差异的原因。
• According to the result , we found whether the atom outside of the field is manipulated in the excited state or in the ground state , the probabilistic distribution of the atom inside the field does n ' t change
  当纠缠态原子中只有一个原子在场内运动时，各能级均分裂成两层；而当两原子均处于场内时，原激发态和基态有着不同的能级分裂。
• ( 3 ) the electric field breaks the energy degeneracy for symmetrical impurity position in the well , the results show that the redshift and blueshift of the impurity stark energy shift as the impurity position . ( 4 ) under the same external electric field , the impurity stark energy shift is obviously different with the different aspect ratio of the quantum well wires
  ( 3 )当施主离子位于势阱中不同位置时，零电场下量子阱线中的杂质态是关于施主离子位置中心对称的简并态，在外加电场作用下发生能级分裂，这种简并不再存在;杂质的stark能移由于施主离子位置的不同表现为红移或蓝移。
• The method plays an important role in distinguishing and studying the complicated and confused spectral characteristics and mechanisms of the rare earth . ( 2 ) it is found and explained that due to the boltzmann distribution law at room temperature , the positions of the fine peaks of the photoluminescence band stemming from the transitions between an excited state and the ground state of a re3 + , match these of the absorption bands from the transitions between the ground state and the excited state . the stark split energy levels of the ground state 4i15 / 2 and two excited states 2s3 / 2 and 4f9 / 2 of the er3 + in er203 have been determined
  薛理辉武汉理工大学博士学位论文摘要( 2 )发现在常温下，由于boltzm ~分布律的作用，在re3 +的基态电子态和激发态间跃迁所产生的发光谱带和吸收谱带中的精细谱峰的位置一一相同，解释了产生这种关系的原因，并弄清了er203中er3 +的基态电子态4lts . 12和激发态电子态2凡/ 2 、 4凡/ 2的stark能级分裂情况，确定了常温下erzo3中er3 +的4了15 / 2一2凡/ 2和‘ i ， 5 / 2一‘凡/ 2精细能级间的跃迁形式。
• Abstract : we have studied theoretically a beat effect in a four - level system due to fifth - order optical polarization , and considered the cases that the pump beams have either narrowband or broadband linewidth . we have found that the accuracy for the energy - level splitting measurement is determined by the homogeneous linewidths of the optical transitions . that is to say , this technique can achieve doppler - free precision in the measurement of the energy level splitting between two excited states which are dipolar forbidden from the ground state
  文摘:研究了四能级系统中基于五阶极化的拍频效应，考虑了抽运光束为窄带线宽或宽带线宽的情形.发现其对能级分裂的测量精度决定于光学跃迁的均匀增宽.也就是说，这种技术在测量与基态是偶极禁戒跃迁的两激发态之间的能级分裂时，可得到消除多普勒增宽的精度
• Adopting the assummation that the quark interaction is the sum of the usual one - gluon direct exchange and the mixture of linear scalar and vector potentials , we structure the relativistic corrections of order v2 / c2to the cornell potential , including the annihilation potential for the quark and antiquark of the same favors which plays the same role with the one - gluon direct exchange at short distances . the effects of the relativistic corrections on the hyperfine splittings of quarkonium states are discussed , and a good fit to the available experimental data is obtained on heavy quarkonium mass spectra
  采纳库仑势源于单胶子直接交换，而线性禁闭源于标量和矢量的混合，同时考虑在短程区域与单胶子直接交换起同样作用的同味正反夸克的湮灭，构造了静态夸克-反夸克势到v ~ 2 c ~ 2级次的完全相对论修正，并拟合计算了重介子偶素的能谱，讨论了相对论修正对重介子偶素能级分裂的作用。