1) fermi quantum channel
费米量子信道
2) Fermi noise quantum channel
费米热噪声信道
3) quantum channel
量子信道
1.
Establishment of multi-user quantum channel of entangled multi-atom based on cavity QED
基于腔QED的多用户间的多原子量子信道的建立
2.
This paper focuses on the multi-users transportation within the quantum channel environment,utilizes the single user quantum channel model in order to (analyze) the case of multi-access,and gives out the specialty of the quantum channel.
主要针对量子信道条件下,分析多用户接入情况,结合现有的单输入模型,进行多用户讨论,给出在量子信道条件下的性能特性。
3.
The paper has proposed a scheme for the teleportation of arbitrary three-particle entangled W state only using two pairs of non-maximally two-particle entangled state as quantum channels.
提出一种仅利用两对二粒子非最大纠缠态作为量子信道传送任意三粒子纠缠W态的方案,与以往的方法相比,本方案不仅节约了纠缠资源(以往的量子信道三对EPR或者三粒子纠缠态),而且由于作为量子信道的二粒子纠缠态要比任何别的三粒子纠缠态在实验上更容易制备,因而本方案在量子信息理论与实验的发展中都具有参考价值。
4) Fermi quantum degeneracy
费米量子简并
5) Optical quantum channel
光量子信道
6) photon channel
广(量)子信道
补充资料：道费
1.路费;盘缠。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条