1) quantum node
量子节点
1.
Quantum key distribution(QKD) network can be differentiated into three main categories based on different "family" of node functionalities:1)trusted relay node;2)optical node;and 3)quantum node.
根据量子密钥分发网络节点功能的不同,可以将其分为三类:由信任方节点构成的网络;由光学器件构成的网络和;由量子节点构成的网络。
2.
The existing QKD networks can be divided into three main categories of optical node,trusted relay node and quantum node QKD network in view of their node performances.
目前出现的QKD网络可根据其节点功能性分为3类:光学节点QKD网络、信任节点QKD网络以及量子节点QKD网络。
2) Nodal quantum mechanical phase
节点量子相位
3) Quantum Nanosensor Node
量子纳米节点
4) bit nodes
变量节点
1.
The key of it is the information transfer between bit nodes a.
给出了一种基于LDPC译码器的FPGA硬件实现方案,其算法的关键是变量节点和校验节点间的信息传递。
2.
The new schedule processes and propagates messages according to a serial update order of bit nodes.
针对标准LDPC码译码中洪水消息传递机制的不足,提出以串行机制进行消息传递,按照变量节点的顺序进行消息处理和传递,对每个变量节点同时接收校验消息和发送变量消息。
5) node flow
节点流量
1.
55 is generally used as flow conversion coefficient for distributing the way leak flow into the near node flow,and the error of calculation result is large sometimes,even exceeds the range of engineering precision.
55的流量折算系数把途泄流量分配到相邻的节点流量中,其计算结果有时误差较大,甚至超出工程精度要求。
6) nodal flow
节点流量
1.
The simulated calculation of nodal flow in sewage pipe network system is the essential work for the planning design and operation management of the urban sewage pipe network system.
污水管网系统节点流量模拟计算是城市污水管网系统规划设计和运行管理的基础性工作。
2.
In order to undertake the hydraulic analysis of urban sanitary sewer networks, the stochastic simulation of the nodal flow series is conducted in the paper.
为了进行城市污水管网系统的水力分析,对管网节点流量过程进行了随机模拟。
3.
This paper puts forward a new method of theoretic calculation pondering the random changes of nodal flow being determined by pressures,which can reach solutions with nodal flow and pressure,and computational example are induced showing the correctness and applicability of the method.
方法考虑节点流量随节点水压的动态变化,提出一种新的管网水力计算方法。
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
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