microvolt

microvolt

1. microvolt T wave alteration

T波电交替

2. A Design of Intellect Large Dynamic Range Microvolt Meter

一种大动态范围数字式智能微伏表的设计

3. The value of reference about microvolt T-wave alternans test in Chinese

国人微伏级T波电交替试验正常参考值探讨

4. Spurious microvolt level signals are often present in low resistance circuits, most often as a result of thermoelectric effects.

在低阻电路上往往会出现毫伏级的杂散信号，大多数是由于热电效应引起的。

5. Where the volt is too large a unit, we use the millivolt or microvolt.

如果伏特作单位太大，我们可用毫伏或微伏。

6. microvolt T-wave Alternans

微伏T波交替

7. Keywords microvolt T-wave Alternans;wavelet-domain Wiener filter;ventricular repolarizatuon;ECG;

微伏T波交替;小波域维纳滤波器;心室复极;心电图;

8. microvolt T wave alternans

微伏T波电交替

9. microvolt signal

微伏信号

10. microvolt per meter

微伏每米

11. microvolt sensitivity

微伏灵敏度

12. microvolt range

微伏量程

13. Keywords cardiogram;microvolt T-wave alternans;treadmill;power spectrum analysis;

心电图;微伏T波交替;运动平板;功率谱分析;

14. Keywords Microvolt T-wave alternans Value of reference;

心电图;微伏级;T波电交替;

15. Microvolt T-wave alternans detection during a treadmill stress test

心电微伏T波交替检测的一种方法

16. Because of the low test current level used, a very sensitive voltmeter is required to measure the voltage drop, which is usually in the microvolt range.

由于所使用的测试电流很低，所以就需要非常灵敏的电压表来测量这种通常在微伏范围的电压降。

17. Objective To analyze microvolt T wave alteration (MTWA) in patients with coronary heart disease (CHD) on exercise treadmill test.

目的分析冠心病患者运动试验中的微伏T波电交替(MTWA)。