| 1. | Murmurs are considered continuous when they are audible throughout all phases of the cardiac cycle
整个心动周期都可以听到的杂音被称为连续性杂音。 |
| 2. | Time intervals in systolic period of cardiac cycle assessment by velocity doppler tissue imaging : characteristic findings in normal subjects
用组织多谱勒评价左右心室收缩期时间间期 |
| 3. | Every cardiac cycle , can appear 4 heart sounds , namely sound of of one mind , disloyalty sound , the 3rd heart sounds and the 4th heart sounds
每个心动周期，可以出现四个心音，即第一心音，第二心音，第三心音和第四心音。 |
| 4. | Will stethoscopic wall of bosom of the area before be being put to the heart , audibility every normal cardiac cycle by " dong " , " da " two composition
将听诊器放至心前区胸壁，可听到每个正常心动周期由“咚“ 、 “哒“两声组成。 |
| 5. | Leave sensor probe in place until oximeter reaches constant value and pulse display reaches full strength during each cardiac cycle . read spo2 on digital display
打开电源，接通血氧仪。观察脉搏波形/强度和嘟嘟声。对比血氧仪脉率与病人桡动脉搏动。 |
| 6. | The systolic pressure is defined as the peak pressure in the arteries , which occurs near the beginning of the cardiac cycle ; the diastolic pressure is the lowest pressure ( at the resting phase of the cardiac cycle )
心动周期开始时动脉出现的最高值为收缩压，心动周期静息期出现的最低压为舒张压，心动周期全过程中的平均压力为平均动脉压。 |
| 7. | The heart keeps contractive , diastole , formed the beating that rhythm has the law , people calls the rule of this kind of beating rhythm of the heart ; and contract cardiac every time , increase the time that corresponding diastole place experiences , call a cardiac cycle
心脏不停地收缩、舒张，形成了有节奏有规律的搏动，人们把这种搏动的规律叫做心律；而把心脏的每一次收缩，加上相应的一次舒张所经历的时间，称为一个心动周期。 |
| 8. | One cardiac cycle is divided into 50 parts in the transient analysis to accurately simulate the continuous pulsatile blood flow in the coronary artery , the hemodynamic parameters of the atherosclerotic and the controlled models at each of the 50 moments were computed in accordance with the physiological condition
这些计算包括：脉动流情况下的非狭窄和狭窄不对称性对狭窄流场的影响，分岔角度变化时动脉狭窄和非狭窄的各种血流动力学参数的计算模拟。 |
| 9. | Many computational results were obtained and can provide the inner hemodynamic situation at each moment of the cardiac cycle and each specified position of the coronary bifurcation for learning the severity of the atherosclerosis in the coronary artery . the hemodynamical variables and the visible flow condition can be shown
为了突出研究重点，本文的主要工作集中在人们最为关注的流场与剪应力的模拟求解、分析处理上，而对于速度和二次流的结果也一并得出。 |
