1.
Study on Intelligent Compensation Technology of Guard Ring Method in Concrete Rebar Corrosion Monitoring Instrument;
钢筋锈蚀监测仪中护环法智能补偿技术的研究
2.
Exploitation and Application of Dynamic Reactive Power Compensate Technique Intelligent TSC;
智能化TSC动态无功补偿技术的开发及应用
3.
A Technique Research and Practice of the Power Factor Intelligent Dynamic Compensation System;
功率因素智能动态补偿系统的技术研究与实践
4.
Discussing on Forests low-voltage power grids smart,reactive power compensation technology applications
浅谈林区电网智能低压无功补偿技术应用
5.
Study on Intelligent Control Technique for Induction Machine Based on Parameter Identification and Compensation Control;
基于参数辨识及补偿控制的异步电动机智能控制技术研究
6.
Research on Servo Motion and Tool Compensation in Electrical Discharge Milling Based on Intelligent Control Techniques;
电火花铣削加工中伺服运动及工具补偿智能控制技术的研究
7.
Energy Conservation Technology of Heating System Based on the Climate Compensator
基于气候补偿器的供暖系统节能技术
8.
Performance of DOP Technique Used to Control PMD Compensation
偏振模色散补偿控制中偏振度技术的性能(英文)
9.
Research on Geometry Error Compensation for Mutil-Function CNC Milling Machine;
多功能数控铣床几何误差补偿技术的研究
10.
Research of Different Categories of Electronic Dispersion Compensation;
光传输系统中电域色散补偿技术性能研究
11.
Research on C-function Tools Radius Compensation of CNC Technology
数控机床C机能刀具半径补偿技术研究
12.
Common/dispersion Three-phase Compensation New Intelligent Reactive Power Compensation Device Research
三相共补—分补式新型智能无功补偿器研究
13.
The Study of Intelligent DSP Reactive Power Compensation and Harmonic Restraining;
DSP智能无功补偿及谐波抑制的研究
14.
Research on a Device for Intelligent Var Compensation in Low Voltage Distribution System;
低压配电网智能无功补偿装置的研制
15.
Study on the Intelligent and Low-voltage TSC Dynamic Reactive Power Compensation Device;
智能低压TSC动态无功补偿装置的研究
16.
Research on Smart Pulse Charging Technology in Wind/Solar Hybrid Power System
风光互补发电中蓄电池智能脉冲充电技术研究
17.
The most efficient antibiotic cannot compensate for inadequate and poor surgical technique.
最有效的抗菌素不能补偿不适当的粗劣的外科技术。
18.
Using this technique, "zero drift" is reduced by two orders of magnitude and detectivity of energy increased by 20 times.
采用这种补偿技术,使卡计“零漂”减小两个量级,能量探测率提高20倍.