血泵 的英文怎麼說

中文拼音 [xiěbèng]
血泵 英文
blood pumps
  • 血 : 血名詞（血液 多用於口語） blood:吐血 spit （up） blood; 血的教訓 a lesson paid for [written] in b...
  • 泵 : 名詞（吸入和排出流體的機械） pump
  1. Analysis of flow field in an artificial blood pump with cfd

    血液透析機血泵故障需分型辨治
  2. Other common devicesintravenous medication pumps allow the nursing staff to titrate medications ; foley catheters and urine collection bags aid in monitoring urine output ; sequential compression devices squeeze the lower extremities and reduce the incidence of deep venous thrombosis ; transvenous pacemakers stimulate the patient ' s heart to beat ; dialysis machines remove fluid and correct electrolyte and acid - base disturbances ; intraaortic balloon pumps assist the heart ' s contractility ; and neurologic monitoring systems measure intracranial pressure

    其他常用裝置靜脈內給藥泵由普通護士用於滴定藥物；弗利氏導管和集尿袋幫助監測排尿量；連續壓迫裝置擠壓下肢，減少深部靜脈血栓形成；經靜脈起搏器刺激病人心臟跳動；透析儀除去液體，糾正電解質和酸堿紊亂；主動脈內氣囊泵支持心臟收縮；神經病學監測系統測定顱內壓。
  3. Electric motor driven blood pump for cardiopulmonary bypass

    人工心肺的電動血液泵
  4. 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

    磁懸浮無軸承電機定、轉子既用於產生驅動力矩，同時又用於產生支撐轉子的磁懸浮力，具有無機械磨損、噪音小、可高轉速和體積小等特點，比較適用於人工心臟血泵電機。
  5. Since lots of factors such as pumping blood ability of heart, heart rate, vascular resistance, flexibility of main artery and big artery, body blood capability and hemal physical state can be reflected by blood pressure, it is of great importance to be one physiological parameter for body cycle system enginery

    =血壓是反映心臟泵血功能、心率、血管阻力、主動脈和大動脈的彈性、全身血容量及血液粘滯性等生理參數的重要指標，是反映人體體循環系統機能的重要生理參數。
  6. Standard practice for assessment of hemolysis in continuous flow blood pumps

    連續流動血泵里溶血評定的標準操作規程
  7. With minim flow velocity of pain killer bump, the department developed the research on the observation of the concentration of painkiller medicines

    開展了微量流速止痛泵臨床觀察血液中止痛藥物濃度的研究。
  8. Artificial heart - lung machine - roller blood pump

    人工心肺機滾壓式血泵
  9. Blood pump tubing

    血泵管道
  10. Artificial heart - lung machine roller pump

    人工心肺機滾壓式血泵
  11. Artificial heart - lung machine - roller pump

    滾壓式血泵
  12. The human heart creates enough pressure when it pumps out to the body to squirt blood 30 feet

    人類心臟會產生極大的壓力，把血泵出體外時，血柱高度可達30英尺。
  13. The blood pump breakdown of the hemodialysis machine demand divided mould diagnosis and treatment

    對人工血泵流場進行數值模擬
  14. The development and application of a blood circulation monitor for the extremity transplantation

    人工心肺機單體血泵的研製
  15. Standard practice for selection of blood for in vitro evaluation of blood pumps

    評價玻璃試管內血泵用血液的選擇的標準操作規程
  16. Finally, the principle of phase - locked - loop for speed control is discussed. the control methods of torque and magnetic levitation force are studied experimentally on a prototype bearingless motor. based on the analysis of shortcomings of the analog control system, a digital control system is proposed

    分析了採用鎖相環對電機轉速進行閉環控制的原理；設計了磁懸浮力的模擬控制器並對磁懸浮血泵電機進行了實驗研究；針對模擬控制系統存在的缺點，本文設計了一種數字控制系統。
  17. The model is simulated with computer and driving system is tested. [ results ] the control model conveniently rectified based on the ventricular work will meet the recipient ' s demand according with recipient ' s physiological characters

    方法建立主動脈瞬時壓力和流量模型，設計血泵電機驅動系統，並進行模擬和實驗。
  18. The work in this thesis focuses mainly on the basic theory of bearingless motors, magnetic levitation forces and their decoupled control with electromagnetic torque as well as air gap dynamic detection. three parts are included

    圍繞磁懸浮無軸承血泵電機的基本原理、磁懸浮力產生及其與電磁轉矩的電磁解耦機理和轉子位置的動態檢測等方面，本文主要開展了如下的研究工作。
  19. 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

    摘要目的針對「外磁驅動軸流式血泵」結構特點，避免有創控制帶來的不利因素，最大限度的滿足受體的生理需求，實現無傳感器控制，設計基於心室功控制的血泵驅動系統。
  20. [ 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

    摘要目的針對「外磁驅動軸流式血泵」結構特點，避免有創控制帶來的不利因素，最大限度的滿足受體的生理需求，實現無傳感器控制，設計基於心室功控制的血泵驅動系統。
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