超冷原子的英文

• ultracold atoms

• 超    exceed; surpass; overtake
• 冷    cold
• 原子    atom
• 属于超冷原子    ultra cold atoms
• 冷原子吸收    cold atomic absorption
• 冷原子吸收法    cold vapour atomic absorption spectroscopy
• 超冷    supercool; ultra cold; x-cool extra cooling
• 冷原子吸收分光光度法    water quality-determination of total mercury-cold atomic absorption spectrophometry
• 冷原子荧光分光光度法    natural gas-determination of mercury-cold atomic fluorescent spectrophotometry
• 冷原子吸收光谱法测定汞量    crude gold-determination of mercury content-cold atomic absorption spectrometric method
• 超冷 过冷    supercool
• 超冷的    supercooled
• 超冷磁铁    supercooledmagnet
• 超冷推进剂    hydrogen propeller
• 超冷中子    ultracold neutron
• 血液超冷设备    blood super chilling equipment
• 复叠制冷原理    cascading principle
• 原子    [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
• 压缩机制冷原理    principle of compressor refrigeration
• 制冷原理与设备    refrigeration principle & equipment
• 原子价 原子数 原子性    atomicity
• “燃耗”原子    discarded atom
• α原子    alpha atom
• 安原子    reiko yasuhara
• 暗原子    dark atom

• Laser cooling ; optical molasses ; super cold atoms ; mot
  激光冷却光学粘团超冷原子磁光阱
• Thus , in the 50 or so research labs that are now able to produce becs , the tiny cloud of ultracold atoms is usually surrounded by several tons of high - tech equipment
  因此，在有能力做出bec的大约50间研究实验室里，微小的超冷原子云周围通常都环绕著好几吨的高科技设备。
• After a brief introduction of some experimental methods required in condensing ultracold bosons , and of the relevant fundamental theories , starting from the bose - hubbard model we study the excitation spectrum with bogliubov transformation
  首先简单介绍了在实验上实现光格子囚禁超冷原子的一些方法，以及相关的基本理论与相应的研究工作。
• Lastly , we discuss the energy - band structure of ultracold atoms in optical lattice by means of green function method and in addition , procure the superfluid - mott phase transition condition in mean - field approximation which is in agreement with the result in the literature
  最后利用格林函数方法讨论了光格子中超冷原子的能带结构，根据mott相存在能隙的判据我们在平均场近似下重新得到superfluid - mott相变条件，该结论与相关文献一致。
• Finally , we present the approximate distribution of trapping potential of the guided cold atoms in the atomic funnel based on the vccc or the uccc . by using a similar method in the analysis of optical coherence , we study the coherent evolution of the ground - state wave function of ultra - cold atoms in atomic funnel , and obtain some normalized correlation functions of the first , second , third and high order
  最后，给出了原子在基于v -型和u -型载流导体构建的原子漏斗中所感受到的囚禁势的摘要采用漂流导体的原子易引及其原于光学器件近似分分，并采用类似于光场相干性的分析方法，计算了超冷原子物质波的基进波函数及其在原子漏斗中传播时相干性的演化，得到了物质波的一阶、二阶、三阶和高阶相于度。

• 超冷原子的韩语：초저온 원자
• 超冷原子とは意味：ultracold atom