electrocardiograph
n. [内科] 心电图仪,[内科] 心电图描记器
2025-10-31 11:21 浏览次数 11
n. [内科] 心电图仪,[内科] 心电图描记器
electrocardiograph index心电图指标
electrocardiograph simulator[内科]
abdominal electrocardiograph腹部心电图机
Electrocardiograph Monitor心电监测
channels electrocardiograph释义三导心电图机
electrocardiograph log心电图原样
electrocardiograph h心电描记器
electrocardiograph electrodes心电图描记器电极用化学导体
the standard speed for the paper of the electrocardiograph is 50mm per second.
心电图记录纸的标準速度为每秒50毫米。
electrocardiograph is a noninvasive medical device most frequently used in diagnosis of cardiovascular diseases.
心电图机是诊断心血管疾病的最常用的无创检测仪器。
especially, 12 channels electrocardiograph has played an important role in clinic.
尤其是12导心电图机,在临床上具有重要的意义。
the invention relates to a dynamic electrocardiograph with human motion state and posture detection function.
本发明涉及一种具有人体运动状态及姿态检测功能的动态心电图仪。
therefore, there is more reliance on the typical rise and fall in troponin to diagnose cardiac injury especially because electrocardiograph changes may be hard to detect.
所以,鑒于心电变化难以检测,肌钙蛋白的变化与心脏损伤的诊断就更具有关联性。
objective to explore the relation between t wave alternations and qt dispersion of electrocardiograph and the locus of cerebral hemorrhage on early cerebral hemorrhage patient.
目的:探讨脑出血患者急性期心电图t波电交替和q-t离散度变化与出血部位的关系。
this system makes use of three-leads electrocardiograph to produce three leads electrocardiograms of frank leads system.
本系统利用三道心电图机同时得到frank导联体系的三导联心电图。
the article introduced the principle of single channel electrocardiograph fx-2111, and provided readers with the location and treatment of 9 troubles.
介绍fx-2111单道全自动心电图机的原理,并提供9种常见故障的定位和处理。
ecg-6511 is a familiar single-lead protable electrocardiograph in the hospital. it has high anti-interference quality, it will lost the protable function.
ecg——6511是医院常见的便携式单导心电图机,其具有抗干扰性能好、操作方便、蓄电池容量大等优点。
this article describes the design of electrocardiograph signal acquisition module based on pasco system.
本文叙述了一种基于pasco公司物理实验系统的心电采集模块的设计。
conclusion:there is a relationship between coronary slow flow phenomenon and positive electrocardiograph exertion test .
结论:冠状动脉慢血流现象与心电图运动负荷试验阳性相关。
conclusion the electrocardiogram by fetal electrocardiograph can best show atrial p waves, and can be used for the diagnosis of arrhythmia.
结论用胎儿心电图机描图能很好的显示心电图p波,可帮助明确心律失常心电图的诊断。
the misjudgement which is produced by the false tracks in electrocardiograph signals can be avoided through setting the corresponding detection policies using the wavelet detection method.
对于心电信号中因伪迹造成的误判,可通过在小波检测方法中设置相应的检测策略克服。
for instance, electrocardiograph can detect heart「s condition. electroencephalograph can detect brain」s condition.
心电图仪可查抄人的心脏状态,脑电图仪可查抄人的前脑状态。
electrocardiograph is an importance diagnostic tool to the heart disease.
心电图仪是心血管疾病的重要诊断工具。
the portable electrocardiograph is an instrument system which is used the chip microcomputer as its core and taken the low energy-consuming as its main performance target.
便携式心电图仪,是以单片机为核心以系统功耗低为主要性能指标的一种仪表系统。
a new microcomputerized fetal electrocardiograph (fecg) is presented in this paper.
本文介绍一种微机化胎儿心电图仪。
methods 112 ami patients were examined with holter monitoring and electrocardiograph during their first 72 hours in hospital. serum magnesium was assayed meanwhile.
方法回顾性分析112 名ami患者于入院72小时内行持续心电监护及心电图检查,并测血清镁。
objective:to investigate the relationship between coronary slow flow phenomenon and the result of electrocardiograph exertion test.
目的:观察冠状动脉造影慢血流现象与心脏运动负荷试验结果的相关性。
results the ecg waves by fetal electrocardiograph were 5~15 times higher than those by common electrocardiograph, which had significant difference statistically.
结果胎儿心电图机描记的图形较普通心电图机描记的图形高5~15倍,差异显着;
we test the portable electrocardiograph with this method and circuit the method of testing is simple , with low costs.
并用此测试方案对动态心电的性能指标进行测试。测试方法简单,成本低。
conclusion there are correlation between t wave alternations and qt dispersion of electrocardiograph and the locus of cerebral hemorrhage on early cerebral hemorrhage patient.
结论:脑出血患者心电图t波电交替和q-t离散度变化与出血部位有明显相关性。
thus, an electrocardiograph usually can not record transient and anomalous ecg which appears accidentally and is of diagnostic significance.
因此往往不能把某些具有诊断意义而却短暂出现的异常心电图及时记录下来。