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- blood pump model 血泵模型
- Yes, run! It makes the blood pump faster! 对，跑吧！这会让血液流动的更快些！
- Application of Similarity Theory in Designing Whirling Impeller Blood Pump Models 相似理论在旋转叶轮血泵模型设计中的应用
- A 2:1 scaled-up model of the Kyoto-NTN magnetically suspended impeller centrifugal blood pump (MSCBP) selecting water and aqueous Xanthan gum solutions as working fluid was designed and tested. 摘要以日本磁悬浮离心式血泵为原型，设计制作了放大2倍的模型泵，用不同流体对泵的相似性进行实验验证发现，模型泵和原型泵具有很好的相似性；
- Engine waste heat experiment was performed and gas engine-diven heat pump model was established. 对驱动燃气机热泵的发动机余热产生规律进行了实验研究,并对燃气机热泵建立了一个计算模型。
- The trackability and anti-interference of controller satisfy the requirements for blood pump control. 控制器的跟随性和抗性能满足控制要求。
- It is suggested that a good blood pump should be miniature, implantable, portable and long-lasting. 认为发展小型、可植入、便携并耐久运行的心脏泵是其发展趋势。
- Minisize axial flow blood pump is the focus on the structure study of artificial heart recently. 微型轴流式血泵是目前人工心脏结构研究的热点,外磁驱动是一种新型的血泵驱动方式。
- The extracorporeal magnetic filed driving system was proposed for axial flow blood pump based on coupling principle of transverse alternating flux. 基于横向旋转磁场的耦合原理,提出轴流式血泵外磁场驱动系统方案,设计一种泵机分离的结构。
- This paper introduces Commutation torque ripple process of the axial blood pump of an artificial heart brushless DC motor. 摘要介绍了人工心脏轴流式血泵永磁无刷直流电机换相转矩脉动变化过程。
- During the design procedure for axial flow blood pump, proper blade number is important to whole flow performance in the pump. 在人工轴流心脏泵的设计过程中,叶片数目的选取对泵的工作条件的影响很大。
- Computational fluid dynamics was applied to predict the flow in the streamlined blood pump and a pump with straight vanes. 本文针对基于流线型设计的叶轮心脏泵和直叶片叶轮心脏泵,应用计算流体动力学对其内部的流动行为进行了数值模拟。
- Purplish blood pumped from his throat, spattering down onto the coffin. 紫红色的血，从他的咽喉喷涌而出，飞溅在那个棺材状的东西上面。
- It is based on nonlinear homotopic BP neural network with nonlinear normalization method to identify the oil pumping model, and the genetic algorithm to optimize the downtime. 利用非线性规范化方法的非线性同伦BP神经网络对采油模型进行辨识，采用遗传算法优化停机时间。
- We have previously proposed and demonstrated t he feasibili ty of a new concept of intraaortic axial flow blood pump,termed “Dynamic Aortic Valve(DAV)”. 我们曾提出植入式左心辅助装置的一种新设想-动力性主动脉瓣。
- In the paper, the development of artifical hearts axial flow blood pump in our country and abroad is summarized first, and the main research content is introduced in brief. 文中首先综述了目前国内外轴流式血泵的发展概况及趋势，简要介绍了本课题的主要研究内容。
- Because of the excellent performance of the Brushless Permanent Magnet Motor, it has become the main choice of the Driving motor with artifical hearts axial flow blood pump. 而由于永磁无刷直流电动机所具有的优良特性，使得它成为轴流式血泵驱动电机的主要选择。
- Minisize axial flow blood pump is the focus on the structure study of artificial heart recently.Being driven via outside magnetic field is a newdriving method on blood pump. 微型轴流式血泵是目前人工心脏结构研究的热点,外磁驱动是一种新型的血泵驱动方式。
- The magnetic field distribution in the motor was analyzed with ANSYS software.The analyzed results were niceties.The feasibility of blood pump motor was validated by the results. 用ANSYS分析软件对其进行了电机内部的磁场分析，得出了较为准确的分析结论，计算结果验证了血泵电机结构的可行性。
- Minisize axial flow blood pump is the focus on the structure study of artificial heart recently.Being driven via outside magnetic field is a new driving method on blood pump. 摘要微型轴流式血泵是目前人工心脏结构研究的热点，外磁驱动是一种新型的血泵驱动方式。
