superluminal

  • 网络超光速的
superluminalsuperluminal
  1. Superluminal Group Velocity and Effective Velocity of Information Transfer

    超光速群速度与信息传输的有效速度

  2. Statistic analysis of a sample of superluminal sources

    视超光速源的统计分析

  3. Superluminal and Negative Group Velocity in Electro-magnetic Wave Propagation

    电磁波传播中的超光速群速和负群速

  4. A Statistical Analysis of Superluminal Radio Sources

    视超光速射电源的统计分析

  5. The anomalous dispersion causes to the superluminal propagation of light pulses .

    这种反常色散可导致光脉冲的超快光(superluminal)传播。

  6. A note on apparent superluminal motion in radio sources

    关于射电源中视超光速运动的一个注

  7. At least , in weak interaction , neutrinos may be superluminal particles .

    至少在弱相互作用中,中微子可能是超光速粒子。

  8. Unified phenomena of fixed nucleus and superluminal velocity in relativistic superluminal model

    视超光速运动中核固定与视超光速的统一

  9. A statistical test of the superluminal motion

    视超光速运动的一个统计检验

  10. Superluminal Motion and Jet Model Phenomenon

    视超光速现象与成束模型

  11. According to basic physical concepts and theoretical results we conclude that the negative group velocity itself is not superluminal .

    文章作者依据物理概念和理论研究结果论证了该实验所得的负群速度本身并不超光速;

  12. VLBI and Superluminal Sources (ⅰ) Observational Means and Results

    VLBI与视超光速源&(Ⅰ)观测手段与结果

  13. The Possibility of Overtaking between Components of a Superluminal Source

    视超光速源中喷流子源间相互超越的可能性

  14. Quantum mechanics brings hope for the best on realization of faster than light ( superluminal ) .

    量子力学为超光速的研究带来了希望与可能。

  15. Superluminal Motion In the Radio Sources 0421 - 014 , 1334-127 and 2345 167

    射电源04200141334127和2345167中的视超光速运动

  16. Superluminal Motion and Acceleration Model

    视超光速运动与加速模型

  17. Rees model of superluminal motion seems to be reasonable one which explains the observational properties better than others .

    和其它模型比较起来,Rees模型比较好,它可以很好地解释观测特性。

  18. Superluminal Motion and Limitation of Special Relativity

    超光速运动和狭义相对论的局限性

  19. We present an easy way of observing superluminal group velocities using a birefringent optical fiber and other standard devices .

    相速度是可以超过光速的,在反常色散时就可以很容易观察到这种现象,群速度也有可能超过光速。

  20. A Relativistic Superluminal Model of Apparent Superluminal Motion

    视超光速运动的相对论超光速模型

  21. Superluminal and ultra-slow propagation of light pulses through one-dimensional photonic crystals

    光脉冲通过一维光子晶体的超快光速与极慢光速传播

  22. Besides , it puts forward the suggestion on the image transmission of superluminal group velocity and the experiment on numerical coding transmission .

    对群速超光速图像传输与数字编码传输实验提出了建议。

  23. The tendency analytical equations of stable nuclides and the superluminal velocity motion laws of matter in geospace

    地球空间稳定核素的趋势分析方程与物质的超光速运动规律

  24. The article gives a comment and analysis on the development of the experiment of subluminal group velocity and superluminal group velocity pulse .

    对慢光速、超光速光脉冲实验进展进行了评述与分析。

  25. On the Quantum Teleportation and Superluminal Problem

    量子远程通讯与超光速问题

  26. A Mathematical Description of the Trajectories of Superluminal Knots in 3C 345

    3C345中视超光速节点运动轨道的数学描述

  27. Does an active galactic nucleus have superluminal jets ?

    现在的星系核有超光速飞机吗?

  28. Peculiarities of 3C 454.3 Among the Superluminal Sources

    视超光速源中3C454.3的特殊性

  29. Science fiction enthusiasts rejoiced , because superluminal speeds could lead to travel backwards or forwards in time .

    这个消息让科幻迷们欢欣鼓舞,因为超光速可能使时间旅行变为现实。

  30. Superluminal Source Candidates 0208-512 and 2243-123

    视超光速候选源0208-512和2243-123