| 1. | Non - invaoive continuoue caldiaw ovltput monitor
无创伤血流动力心功能监护仪 |
| 2. | Tension compression force transducers can be applied directly into the force flux
拉力压缩力传感器可以直接用于流动力。 |
| 3. | Patterns of shear stress may contribute to the focal distribution atherosclerotic lesions
研究发现，血液流动力的形式与动脉粥样硬化的发生发展有密切的关系。 |
| 4. | Pulse - hemodynamics - electrocardiogram detecting system ( peds ) is a medical electronic instrument developed to meet the need
脉搏血流动力-心电检测系统正是适合这种潮流而研制出的医用电子仪器。 |
| 5. | To observe the variation of tissue ' s signal and estimate hemodynamic parameters , then we can verify if blood flow is normal or not
观察脑部各组织的讯号变化，并计算血流动力参数来作为血流供应正常与否的分析。 |
| 6. | Sbs elastomers do not depend on a high shearing rate to achieve the injection viscosity , but sebs elastomers are vice - versa
Sbs弹体无需依赖高剪切率来达至塑性流动力, sebs弹体却需依赖高剪切率来达至塑性流动力 |
| 7. | The three - dimensional ocean mode , pom , which contains an imbedded second moment turbulence closure sub - model could simulate well the tides in the study region
湍封闭的三维全流动力模式pom可以较理想地模拟渤黄东海的潮波。 |
| 8. | Peds is the medical instrument witch makes a no trauma cardiovascular hemodynamics diagnosing with patients " pulse and electrocardiogram signals and is applied to monitor patients
脉搏血流动力-心电检测系统是通过病人的脉搏和心电信号进行无创伤性的心血管血流动力学诊断和床旁监护用的医疗仪器。 |
| 9. | Peds is a smart signal collecting and process system . it includes systematic software part and front end hardware part . the two parts implement its system function jointly
脉搏血流动力-心电检测系统是一个智能化的信号采集处理系统，在其结构上主要分为系统软件部分和前端硬件部分，由这两部分配合工作完成系统功能。 |
| 10. | Around computer software and hardware technique , this paper presets the whole development process of peds and related technical issues and innovation , points out the defects and future development direction of peds
本论文从计算机软、硬件技术领域论述了脉搏血流动力-心电检测系统开发研制的整个过程以及相关的技术问题和技术创新，并指出了系统目前存在的不足和今后发展的方向。 |
