左室电压,Left ventricular voltage
1)Left ventricular voltage左室电压
2)left ventricular high voltage左室高电压
1.The result shows that in the various abnormal ECG, sinus bradycardis displays the highest frequency, and thatleft ventricular high voltage and sinus arrhythmia are the following (32.结果显示:各类ECG异常的发生率以窦性心动过缓最高,其次为左室高电压和窦性心律不齐。
3)left ventricular extremely supervoltage左室极高电压
1.Objective To study the influencing factors, classifying of diseases, changes of pathology and clinical significance in 61 patients withleft ventricular extremely supervoltage by retrospective analysis.目的通过对61例左室极高电压患者的回顾性分析,探讨引起左室极高电压的因素、疾病分类、病理变化及临床意义。
4)Left ventricular pressure左室压力
1.The correlation study of left ventricular pressure changing on left atrium function studied with tissue velocity imaging under acute left ventricular ischemia;组织速度显像对急性心肌缺血下左室压力变化与左房功能影响的相关性研究
英文短句/例句
1.Investigation of Estimating Rate of Left Ventricular Pressure Rise By Doppler Echocardiography多普勒超声测定左室压力上升速率的探讨
2.Influence of laser myocardia revascular-ization on left ventricular pressure and elec-trocardiography激光心肌血管再建术对心电图及左室压力的影响
3.The Effect of Chinese Herb Mixture on Left Ventricular Remodeling in Rats with Pressure-overload;中药复方对压力负荷增加大鼠左室重构的影响
4.Study on Function and Mechanism of Qi Ju Decoction for Preventing Left Ventricular Hypertrophy;杞菊合剂防治压力负荷性高血压大鼠左室肥厚的作用和机制探讨
5.Experimental Study of Effect of Baoxinjiangyakang Reverse Left Ventricular of Rat with Pressure Overload;保心降压康逆转压力负荷性大鼠左心室肥厚的实验研究
6.Relationship between Left Ventricular Remodeling and Systolic Function Assessed by Left Ventricular Mid-wall Fractional Shortening左室中层缩短率与高血压者左室构型和左室重量关系的研究
7.the pressure of the circulating blood against the walls of the blood vessels; results from the systole of the left ventricle of the heart.循环着的血液对血管壁压力；是由心脏的左心室收缩引起的。
8.The Relationship between Insulin Resistance and Hypertensive Target Organ Damage of Heart;胰岛素抵抗与高血压病左室肥厚、心力衰竭的关系探讨
9.The Effects of Triptolide on the Improvement of Left Ventricular Remodeling in the Rats with Pressure Overload;雷公藤甲素改善压力超负荷大鼠左心室重构的实验研究
10.The Echocardiographic Research of Left Ventricular Volume and Pressure in Different Cardiac Electro-Mechanical Patterns: A Canine Model犬左心室不同激动顺序下容量与压力的超声研究
11.The Influence of the Zhenwu Tang on Left Ventricular Reconstitution in Rats with Pressure Overloaded Myocardial Hypertrophy真武汤冲剂对压力负荷性心肌肥厚大鼠左心室重构的影响
12.Influnce of wild chrysanthemum on some neuroendocrine factors in ventricular remodeling induced by abdominal aortic banding in rats野菊花对压力负荷性大鼠左室心肌及神经内分泌因子的影响
13.Dynamic changes of electrical remodeling in midmyocardium of rabbit left ventricle during the early stage of chronic pressure-overload慢性压力超负荷早期兔左心室肌中层细胞电重构的动态变化
14.port afterburner左发动机加力燃烧室
15.The Study of Left Ventricular Pressure Changing on Left Atrium Function under Ischemia Using Strain Rate Imaging;犬急性心肌缺血下左室腔压力变化对左房功能影响的应变率显像研究
16.The Relationship between Left Atrial and Left Ventricular Remodeling and Correlative Factors in Essential Hypertensive Patients;高血压病患者左房左室重构的关系及参与因素
17.Survey on Hypertensive Left Ventricular Hypertrophy Treated by Chinese Medicine中医药治疗高血压左心室肥厚的概况
18.Study on the Characters of Incidence of Chinese Traditional Medicine in Hypertension Patients with Left Ventricular Hypertrophy;高血压左室肥厚的中医发病规律探讨
相关短句/例句
left ventricular high voltage左室高电压
1.The result shows that in the various abnormal ECG, sinus bradycardis displays the highest frequency, and thatleft ventricular high voltage and sinus arrhythmia are the following (32.结果显示:各类ECG异常的发生率以窦性心动过缓最高,其次为左室高电压和窦性心律不齐。
3)left ventricular extremely supervoltage左室极高电压
1.Objective To study the influencing factors, classifying of diseases, changes of pathology and clinical significance in 61 patients withleft ventricular extremely supervoltage by retrospective analysis.目的通过对61例左室极高电压患者的回顾性分析,探讨引起左室极高电压的因素、疾病分类、病理变化及临床意义。
4)Left ventricular pressure左室压力
1.The correlation study of left ventricular pressure changing on left atrium function studied with tissue velocity imaging under acute left ventricular ischemia;组织速度显像对急性心肌缺血下左室压力变化与左房功能影响的相关性研究
5)Left intraventricular pressure左室内压
6)Left ventricular lead implantation左室电极
延伸阅读
雷纳迪埃高电压试验室法国电力公司所属高电压试验室。位于巴黎南80公里处的雷纳迪埃。1970年建，主要从事超高压输电工程的建设及运行的研究工作，也为特高压输电作前期研究。超高压试验室包括试验大厅、户外试验场、人工气候室、辅助厅等。试验大厅有效尺寸65×65×45(高)m3，是欧洲最大的试验室（见图）。大厅为全金属结构，框架两面用镀锌钢板与框架相连，地面下有一层铜网、一层钢筋网，分别与内、外墙钢板相连。构成一法拉第笼。两扇大门,尺寸分别是20.4×29.7(m)及20.9×19.7(m)。在大厅内可进行额定电压在 1000kV级及以下设备的绝缘试验。由于大厅有良好的屏蔽效果，还可进行各种电压下无线电干扰、局部放电、tgδ 的试验和测量等。大厅外有户外试验场,面积是36×100m2。1500kV级的设备可在此进行绝缘试验。主要试验设备有：①冲击电压发生器:6000kV、450kJ、21m高,4000kV、300kJ、14.7m高各一台。两台结构完全相同，都可扩建至7200kV，分别可产生操作波冲击电压3500kV和2500kV，雷电波冲击电压不小于5000kV和不小于3500kV。输出电压的波形波头在0.1～500、波尾在20～3000范围内可方便地改变。这两台冲击电压发生器都采用全封闭的多极火花间隙代替一般的球隙,作为同步点火的电极,不受外界影响，便于在户外运行。另外，为了解决充电时间和效率的矛盾，采用了快速开关，在充电过程中将各电阻短路，放电过程中断开。②串级试验变压器：550kV、756kVA共4台，可以串、并联，最高输出电压2200kV。③串级直流高压发生器：600kV、30mA。所有试验设备都可用气垫方便地移动。该试验室的超高压试验室以其在放电物理方面所做的研究工作而闻名于全世界。1971～1986年，由欧洲、北美的著名工程师及物理学家十余人组成了长间隙放电研究组在此工作。他们的研究极大地推进了人们在考虑电极的几何形状、冲击电压的极性及波形、空气湿度等因素时，对间隙击穿机理的了解。其他主要设施还有:机械、人工气候试验室共4个，其容量由120～9800m3。最大的一个温度可在-38～+60℃范围内调节。地面荷重20T/m2,在这里可进行420kV开关装置的试验。
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