blood pumps造句

• Electric motor driven blood pump for cardiopulmonary bypass
  人工心肺的电动血液泵
• Analysis of flow field in an artificial blood pump with cfd
  血液透析机血泵故障需分型辨治
• Artificial heart - lung machine - roller blood pump
  人工心肺机滚压式血泵
• See , that ' s my blood pumped in this shit , man
  瞧，那是我的心血，伙计
• Development of the monitor system for blood pump in cardiopulmonary machine
  人工心肺机血液泵监测系统的研制
• The blood pumping within you - -
  你身体里的流淌的血液
• The blood pumping within you -
  你身体里的流淌的血液
• But it didn ' t exactly get the heart rate rising or the blood pumping
  但是它完全不会让你心跳加快或是血脉喷张。
• Standard practice for assessment of hemolysis in continuous flow blood pumps
  连续流动血泵里溶血评定的标准操作规程
• Mechanical electronic model for magnetically suspended left ventricular axial blood pump
  磁悬浮左心室轴流泵机电模型研究
• The blood pump breakdown of the hemodialysis machine demand divided mould diagnosis and treatment
  对人工血泵流场进行数值仿真
• Blood pump tubing
  血泵管道
• And picking up someone ' s anxiety or fear triggers our own fight - or - flight response , which gets our heart racing and blood pumping
  获得某人的焦虑或恐惧会触发我们自己的逃跑或战斗的方式，这使我们的心脏调个不停，血液流速增加。
• Time driving system will achieve natural heart function . [ conclusions ] the probability of damage of blood caused by blood pump temperature lift may be decreased through reasonably supply motor power by proposed control approach compared with other control strategies
  结果基于心室功的控制模型可以根据个体生理差异进行适当修正，即可符合受体的需求，所设计的驱动系统能满足自然心脏的泵功能要求。
• The magnetic suspension bearingless motors generate both electromagnetic torque and magnetic levitation forces for the rotor suspension by the motor itself . the bearingless motor is comparatively suited for using as artificial heart blood pump motor due to the advantages of without mechanical wear and noise , structure compact and contactless
  磁悬浮无轴承电机定、转子既用于产生驱动力矩，同时又用于产生支撑转子的磁悬浮力，具有无机械磨损、噪音小、可高转速和体积小等特点，比较适用于人工心脏血泵电机。
• This paper introduces the definition and characteristics of virtual prototyping , and through the development of artificial heart technology and our researches , it also proves that the application ov virtual prototyping in micro axial blood pump can greatly reduce the product cost , shorten the production period , push forward the clinical application of artificial heart , and have a very bright future
  本文简要介绍了虚拟样机技术的定义及特点，并结合人工心脏技术的发展和笔者所在课题组的研究工作，说明虚拟样机技术在微型轴流血泵设计中的应用可以大大节省产品开发费用，缩短产品研究周期，推进血泵进入临床应用的进程，具有广泛的发展前景。
• The blood pump driven system with sensorless is designed based on ventricular work control for specific axial blood pump driven by extracorporeal alternating magnet field in order to against the invasive results as far as possible to meet the recipients ' physiological demands . [ methods ] the models of pressure and flux in aorta are constructed , and the driving system for blood pump is designed
  摘要目的针对“外磁驱动轴流式血泵”结构特点，避免有创控制带来的不利因素，最大限度的满足受体的生理需求，实现无传感器控制，设计基于心室功控制的血泵驱动系统。
• [ objective ] the blood pump driven system with sensorless is designed based on ventricular work control for specific axial blood pump driven by extracorporeal alternating magnet field in order to against the invasive results as far as possible to meet the recipients ' physiological demands . [ methods ] the models of pressure and flux in aorta are constructed , and the driving system for blood pump is designed
  摘要目的针对“外磁驱动轴流式血泵”结构特点，避免有创控制带来的不利因素，最大限度的满足受体的生理需求，实现无传感器控制，设计基于心室功控制的血泵驱动系统。