分布角的英文

• angle of distribution
• apreading angle

• 分布    distribute; spread; scatter; ...
• 角    role; part; character
• 迪布角    diab
• 科布角    cobb angle
• 纳布角    ra's en naqeb; ras an nagg; ras en nagb; rās en naab
• 散布角    spread angle
• 乌布角    ponta do ubu
• 昂蒂布角    antibes c. d'
• 哥伦布角    columbus pt
• 帘布角度    carcass angle
• 纳苏格布角    nasugbu, pt
• 努瓦迪布角    nouadhibou ras; ras nouadhibou
• 鱼雷散布角    dispersion angle of torpedo
• 法尔斯特布角    falsterboudde
• t 分布    t distribution
• t分布    t distribution; t-distribution
• 分布    distribute; spread; scatter; distribution 人口分布 population distribution; 分布在全国各地 be distributed throughout the country; 彝族主要分布在云南、 四川和贵州三省。 the yi nationality is distributed mainly over yunnan, sichuan and guizhou provinces. 有些种类的植物分布得很广。 some types of plants are widely distributed.; 分布不均 maldistribution
• 卷分布, 体分布    volume distribution
• dna分布    distribution dna
• f 分布    f distribution
• f分布    f distribution; f-distribution
• l分布    l distribution
• poisson分布    poisson distribution
• sips分布    sips distribution
• t 分布表    t distribution table

• Furthermore , the mean algorithm is not sensitive to the spread angle and has a better performance
  此外，均值法对分布角不敏感，且性能较优。
• The influences of the intensity of the field , the atomic distribution angle and the dissipation constant on the linear entropy of the field are investigated
  讨论了光场强度、原子分布角和耗散系数对光场线性熵的影响。
• Simulation results demonstrate that when snr is high and spread angle is not big , the central frequency algorithm and the median algorithm are almost identical ; while when snr is low , the median algorithm outperforms the central frequency
  仿真结果表明，在高信噪比和分布角不大时，中频法和中值法的性能几利相同；但在低信噪比时，中值法优于中频法。
• With the dissipation approximation , the results show that if the dissipation constant is considerably small , the influence of the environment on the coherence of the field can be ignored ; the larger the field ' s intensity is , the weaker the entanglement between the field and the atom , and the larger the degree of the mixture for the field ; the more the atomic distribution angle tends to tr / 2 , the larger the mixture degree of the field is , while the stronger the entanglement between the field and the atom
  在耗散近似下，结果显示：如果耗散系数k足够小，则光腔对光场相干性的影响可以忽略；场强越大，光场与原子之间的纠缠越弱，场可达到的最大混合度越大；原子分布角越趋向/ 2 ，场的混合度越大，而场与原子之间的纠缠越强。 nnewdy力amicspr明州娜毓协月
• The results show that the number of the squeezed atomic dipoles is decided by the coherence of the atom , the direction of the quantum information entropy squeezing is decided by the phases of the field and the atom , and the quantum information entropy squeezing is a precision tool for the squeezing of the atom , especially when the atom is in the eigenstates of the dipole operators
  结果表明：原子偶极矩分量出现信息熵压缩的数目依赖于原子的分布角；信息熵压缩的方向由原子和场的位相决定；量子信息熵是原子压缩的精密量度工具，尤其适合于原子处在偶极矩算符的本征态时压缩情况的描述。