1.
The Design and Implement of the Improved Fetal Heartbeat Rate Monitor Algorithm Based on the Ultrasonic Doppler;
多普勒胎心率检测算法的改进与实现
2.
Design of a Microprocessor Based Pronouncing Instrument for Examining Heart Rate;
基于单片机的语音心率检测仪的设计
3.
Studies on Heart Rate Detecting Methods and Devicesfor Sleep Analysis;
面向睡眠分析的心率检测方法及装置的研究
4.
The QRS Detection and Heart Rate Variability in Congestive Heart Failure;
QRS波检测及充血性心衰的心率变异性分析
5.
Detection and research of heart rate turbulence in acute myocardial patients
急性心肌梗死患者窦性心率震荡检测临床分析
6.
Study on the Nodularity and Thickness of Centrifugal Nodular Cast Iron Pipe Using Ultrasonic Testing Method;
离心球墨铸铁管球化率和壁厚的超声检测研究
7.
The Study on the New Methods for Detection and Analysis of Electronic Fetal Heart Rate Monitoring;
胎心率电子监护检测与分析新方法的研究
8.
Detection and clinical significance of heart rate turbulence in patients with acute cerebral stroke
脑卒中患者的心率振荡检测及其临床意义
9.
Measurement of sinus heart rate turbulence in patients with chronic congestive heart failure and its clinical significance
慢性充血性心力衰竭患者窦性心率震荡的检测和临床意义
10.
Detection on arrhythmia and analysis of heart rate variability in hypertension patients with ST-T abnormal
原发性高血压合并ST-T改变者心律失常检测与心率变异性分析
11.
Strain and Strain Rate Rmaging in Cardiac Function in Congenital Heart Desease Detection
应变和应变率成像在先天性心脏病的心功能检测中的应用
12.
Research on Multi-Parameter System Based on Measuring Electrical Conductivity of Solution;
以电导率测量为核心的多参数水质检测系统的研究
13.
The main function of the computer fetal monitoring device is fetal heart rate detection.
胎心率的自动检测和监护是电脑胎儿监护仪的主要功能。
14.
The kit proves to be simple and practical and thus can significantly increase the maintenance efficiency of ECG cable.
实践证明这种检测盒简单实用，可显著提高心电导联线的维修效率。
15.
The Clinical Study of Quantitative Assessment of Viable Myocardium Using Pulsed Tissue Doppler Imaging and Strain Rate Echocardiography;
频谱组织多普勒和应变率成像技术检测存活心肌的临床研究
16.
Discussion on the Overall Sensitivity Inspection of Ultrasonic Doppler Foetal Heartbeat Detector
对超声多普勒胎儿心率仪综合灵敏度检测的探讨
17.
probability of undetected error
未检测出差错的概率
18.
Use of instruments for the recording or transmission of physiological information, such as breathing rate or heart rate.
生物检测仪器运用仪器记录或传递生理学信息,如呼吸速率或心脏速率