单原子的英文

• single atom

• "单"英文翻译    singular number fate; destin ...
• "原子"英文翻译    atom
• "单原子层" 英文翻译 :    monatomic layer; monoatomic layer
• "单原子的" 英文翻译 :    monatomic; monoatomic
• "单原子分子" 英文翻译 :    monatomic molecule; monoatomic molecule
• "单原子过程" 英文翻译 :    atombyatom process
• "单原子金属" 英文翻译 :    monoatomic metal
• "单原子气体" 英文翻译 :    monatomic gas; monoatomic gas
• "单原子氢" 英文翻译 :    monh; monohydrogen
• "单原子性" 英文翻译 :    monatomicity
• "单原子氧" 英文翻译 :    monatomic oxygen
• "单原子液体" 英文翻译 :    monatomic liquid
• "单原子元素" 英文翻译 :    monad
• "单原子探测器" 英文翻译 :    single-atom detector
• "单原子液体层" 英文翻译 :    monatomic layer of liquid
• "单原子层涂敷阴极" 英文翻译 :    monoatomic layer coated cathode
• "单原子螯合配体" 英文翻译 :    monodentate
• "分子中单原子法" 英文翻译 :    atom-inmoleculemethod
• "单配位基,单原子螯合配体" 英文翻译 :    monodentate
• "单原型" 英文翻译 :    monarch; monoarch
• "菜单原点" 英文翻译 :    menu origin
• "单原维管束" 英文翻译 :    monarch bundle
• "单原因事故" 英文翻译 :    accident cause; single event accident
• "原子" 英文翻译 :    [化学] [物理学] atom 标记原子 labelled atom; 原子爆炸 atomic explosion; atomic blast; 原子单位 atomic unit; 原子电池atomic battery [cell];原子动力 atomic power; 原子动力舰 atompowered ship; 原子堆 atomic pile; 原子讹诈 atomic blackmail; 原子发动机 atom engine; 原子反应堆 atomic reactor [pile]; 原子防护 atomic defence; 原子价 atomicity; valence; valency; 原子论 atomology; atomic theory; atomism; 原子炮 atomic gun; 原子碰撞 atomic collision; 原子数 atomicity; 原子武器 atomic weapon; 原子序数 atomic number; “z” number; 原子战争 atomic war; 原子钟 atomic clock; atomichron
• "贷项通知单原因" 英文翻译 :    credit memo reasons

• Argon is a monatomic gas .
  氩是单原子气体。
• The calculating method of equation - of - state for inert gases
  单原子气体的物态方程计算方法
• With the progress of laser cooling and trapping , the neutral atoms have been cooled and trapped
  而对单原子的有效操控是上述过程的基础。
• The handwritten manuscript titled " quantum theory of the monatomic ideal gas " was dated december 1924
  命名为"单原子的理想气体量子说"的手稿起始于1924年。
• A structure the size of an atom represents a fundamental limit : to make anything smaller would require manipulating atomic nuclei ? essentially , transmuting one chemical element into another
  单原子的结构是个基本极限：若要做得更小，基本上就得操控原子核了，这可是把一种化学元素转换为另一种。
• Stm has many intrinsic excellences such as its high resolution reaching nanometer level even atom level , its function of gaining real space images of sample surface , its ability to manipulate atoms and so on
  Stm仪器本身具有诸多优点，如原子级或纳米级的分辨率、可获得样品表面的实空间图像、能够对单原子进行操纵等。
• The chemical process by means of which a change in physical condition , as in pressure or temperature , or the action of a solvent causes a molecule to split into simpler groups of atoms , single atoms , or ions
  离解（作用）在物理状态下，如在压力或温度下的变化，或在溶剂的作用下，使分子分离为更简单的一组原子、单原子或离子的化学过程
• Even a single atom now can be controlled by an optical dipole trap and singe atom and single - photon strong interaction and controlling each other have been demonstrated inside an optical cavity , although trapping a single atom for a long time is still a challenge
  随着冷原子技术的发展，人们不但可以将原子冷却到绝对零度附近，而且可以通过光学偶极俘获实现单个原子的操控。虽然在腔内长时间俘获单原子仍是一个挑战，但冷原子技术已使单原子与单光子相互作用的研究成为现实。
• In this case , an entangled atom - photon - cavity system is established and this very novel system is widely used for quantum information science , such as quantum measurement , quantum computation , quantum state preparation , quantum communication , etc . but the most difficult and important part of building such entanglement machine is to control definitely the individual atoms
  由原子、光场、高品质微腔组成了一个介观量子系统，该系统可以很好的验证单原子与单光子作用的量子行为，在薛定锷猫态、量子测量、量子计算、量子态制备、量子通信等领域具有重要研究价值。
• The influence of a static electric field was investigated systemic in three stratifications : the electron scope of single atom , multi - atom local effect and macro - materials character based on electron theory . the multi - scope effect of electric field on metals and alloys , such as the atomic energy , solute elements , microstructure and precipitates , fracture character , mechanic and physical properties , were studied with the purpose of finding the mechanism and the nature of the electric field
  针对目前电场作用研究中的问题，本文以铝合金为研究对象，分别在三个不同尺度的理论范畴：单原子的电子理论，多原子(原子团簇)的微观局域效应，和材料宏、微观行为，系统的、多层次的研究了电场在电子层次，溶质行为，微观组织，以及宏观的断裂特征和性能等多个尺度的电场效应。