1.
Two-Hydrophone Technique Based Reflection Coefficient Estimation and Interference Reduction Approaches in a Sound Tube
声管中双水听器法估算反射系数及降低干扰的方法研究
2.
Also interference with telephone circuit is reduced because of the absence of zero-sequence currents.
由于无零序电流,对电话线路干扰的影响也降低。
3.
The effect of EMI has been reduced through frequency jitter.
通过频率抖动,降低了开关电源的电磁干扰影响。
4.
At high incineration temperature, background absorption is reduced, and interference is eliminated.
高灰化温度降低了背景吸收,消除了基体干扰。
5.
Discussion on Techniques That Reduce EMI Between Cable and Bound Wire
降低电缆及线扎导线间电磁干扰的工艺方法
6.
hindered settling
受阻沉降，干扰沉降
7.
Down-regulate Nanog Expression in Embryonic Stem Cells Using RNA Interference
采用RNA干扰方法特异性降低胚胎干细胞中Nanog的表达
8.
Some side effects may be reduced by giving interferon at night or lowering the dosage of the drug.
如果在晚上服用干扰素或减少用量，可以降低一些副作用。
9.
The cadmium sulfate is selectively dissolved in alcohol solution.
特别选用乙醇溶液浸取硫酸镉,降低了氧化镉的干扰。
10.
Base on the special structure, XIR laminate glass can effectively reduce the noise disturbance.
基于XIR夹层玻璃特殊的夹层结构，可以有效降低噪声干扰。
11.
The Research to Reduce EMI Level of Switched-mode Power Supply by Controlling Chaos
混沌控制方法降低开关模式电源电磁干扰水平研究
12.
Research on Suppression of Input Harmonic Currents and EMI for the Switching Power Supply;
降低开关电源输入电流谐波和电磁干扰的技术研究
13.
Effect of Small Interfering RNA Targeting COX-2 on the Proliferation of Hepatocellular Carcinoma HepG2 Cell
小干扰RNA降低环氧化酶-2基因表达对肝癌细胞系HepG2增殖影响
14.
EasiTOD:A Detection and Adjustment Mechanism to Reduce the Interference of the Timeliness Obstacles in Sensor Networks
EasiTOD:一种降低传感器网络时效障碍物干扰的检测调节机制
15.
Coded-modulation Scheme for Interferences Mitigation from MB-OFDM Cognitive Radio and Its Performance Analysis
降低MB-OFDM认知无线电带外干扰的编码调制方法及其性能分析
16.
Improvement of anti-interference capacity of System Four's A-unit and lowering power consumption.
提高System Four采集站抗干扰能力、降低其功耗的改造方法
17.
It has a power factor of near 1, and decreases the harmonics interference to the lowest level.
在电力牵引时其功率因数接近于1，并可将谐波干扰降低到最低限度；
18.
More recently researchers have found that lowered intake of glucose or disruption of glucose processing can extend life span in yeast.
研究人员最近更发现，降低酵母菌的葡萄糖摄取或干扰其葡萄糖代谢，也都可以延长酵母菌寿命。