1) vectorization technology
矢量化技术
1.
The basic principle of vectorization technology and its application in high performance scientific calculation are introduced in this paper.
将矢量化技术应用到电力系统计算中可以极大的提高程序运行速度并降低建模和算法开发的复杂程度。
2) vector sum technique
矢量和技术
1.
Photonic RF phase shifters based on OTTD(optical true time delay),heterodyne mixing technique and vector sum technique were introduced.
介绍了基于光实时延迟线、基于外差混频技术和基于矢量和技术的光子射频移相器,对其工作原理和技术特点作了分析。
2.
In this paper,the Optical True Time Delay(OTTD)shifter,optical heterodyne SSB radio frequency(RF)shifter and the photonic RF phase shifter based on vector sum technique are presented and their operation principle and technical features are analyzed respectively.
本文介绍了光实时延迟线移相器、光学外差SSB射频移相器和基于矢量和技术的光子学射频移相器,并对其各自的工作原理和技术特点做了分析。
4) vector splitting technique
矢通量分裂技术
6) Vector control technique
矢量变换技术
补充资料：矢量
即“向量①”(51页)。
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