1) coupling mode
耦联方式
2) coupling mode
耦合方式
1.
Discussion on coupling mode of carrier communication on distribution network;
配电网载波通信耦合方式的探讨
2.
This paper briefly introduces classification of jamming and coupling mode of jamming signals,discusses in detail hardware antijamming resolutions in practical application,and also analyzes software antijamming design and provides many effective methods of software antijamming for members of industrial testing and controlling system design.
介绍了干扰的分类和干扰信号的耦合方式,详细讨论了实际设计中常用的硬件抗干扰措施。
3) coupling method
耦合方式
1.
Pumping-coupling method is one of the important factors that affects the performance of the double-clad fiber lasers/amplifiers.
抽运耦合方式是决定光纤激光器/放大器性能的一个重要因素。
4) non-coupled equation
反耦联方程
1.
This article first introducing the non-coupled systems and non-coupled equation of finite deformation springback.
通过引入有限变形回弹反耦联系统和反耦联方程的概念,由回弹势能原理建立了板成形的大挠度回弹有限元法。
5) springback anti-couple equation
回弹反耦联方程
1.
Spring-back principles of minimum potential energy and minimum complementary energy in metal forming processes are established by applying weighted residual method to the springback anti-couple equations and the springback principle of minimum potential energy is applied to calculate springback deformations of a cantilever beam and a curved beam.
引入了回弹反耦联系统和回弹反耦联方程的概念。
2.
By the use of weighted residual method to the springback anti-couple equations,springback principles of minimum potential energy and minimum complementary energy for thin sheets formed by bending are established.
定义了弯曲成形薄板的回弹反耦联系统和回弹反耦联方程。
6) phase-coupled stimulation
时相耦联式刺激
补充资料：电力线载波耦合方式
电力线载波耦合方式
coupling modes of power line carrier
d lonl一x旧了12。{匕0 oLJhe)。rlgsh]电力线载波藕合方式(eouplingm浏es ofpower line earrier)电力线载波信号通过藕合装置与电力线连接的方式。载波机与电力线之间最早采用天线藕合，后来改用电容器藕合，由于其祸合效率高，多年来沿用至今。如按祸合装置的接线方式分类主要有相地藕合方式和相相祸合方式(见图)。至毅波机 (b) 电力线载波祸合方式(a)相地祸合;(b)相相祸合l一阻波器;2一福合电容器;3一结合滤波器;4一高频电缆 相地揭合方式将载波机接在一根电力线与地之间，每个藕合点只需装一台藕合电容器和一个线路阻波器。与相相祸合方式比较.虽然设备上较经济.且在一条线上可以组织较多的通道，但传输衰减较大.当藕合相发生短路接地故障时，通道可靠性较差。相相栩合方式在藕合点上需装两台报合电和两个线路阻波器。与相地报合方式比较，虽然设加一倍，但传愉衰减较小，线路故障时可靠性较高发信号干扰较小。为解决长距离、高电压电力线载道传艳衰减大的矛盾，国内外均采用相相祸合方保证重要通道传翰的可靠性。对于同杆架设的双力线路，也可利用每一回路的一根导线组成相相翁这样即使一回线不送电并接地，通道也不致中断器增毛通以电卜湘归收日议州合
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