1.
Modeling and simulation of electrostatic micropump based on MEMS
基于MEMS的静电微泵建模与仿真
2.
Research on the Key Primary Parameters of Electrostatic Pump Characteris Characteristic Simulation;
静电微泵性能模拟的关键基础技术研究
3.
Sedation effect of small-dosage remifentanil infused by micro-pump
小剂量瑞芬太尼微量泵泵注的镇静作用
4.
Study on the magnetic fluid micro-pump used in the MEMS
用于微机电系统的磁流体微泵的研究
5.
Study on Piezoelectric Thin Film Micro-pump for Micro Fluidic Chip;
用于微流控芯片的压电薄膜微泵研究
6.
Toxic Side-effects of Micro-pump and Intravenous Drip of Epirubicin
表阿霉素微量泵入与静脉滴注不良反应观察
7.
Nursing of Micro Pump Artery Thrombolysis for Acute Deep Venous Thrombosis of Lower Limbs
微量泵动脉溶栓治疗下肢静脉血栓的护理
8.
programmable control automatic pump system
微电脑自动控制泵浦主控体
9.
Research on DC Electroosmotic Flow Micropump Based on the Technology of MEMS;
基于MEMS技术的直流电渗流微泵的研究
10.
Research ONAC Electroosmotic Flow Micropimp Based on the Technology of MEMS;
基于MEMS技术的交流电渗流微泵的研究
11.
Study of Valveless Piezoelectric Micropump Based on MEMS Technology
基于MEMS技术的无阀压电微泵的研究
12.
Simulation and Experimental Validation of a Valveless Piezoelectric Micropump in Parallel with Double Chambers
并联无阀压电微泵的仿真与实验研究
13.
The pump motors shall be designed to withstand 150 feet of static pressure.
泵电机应该能够承受水深150英尺的静态水压。
14.
Objective To investigate the curative effect of atropin treated with Syringe pumps.
了解微泵静脉推注阿托品救治有机磷中毒的治疗效果。
15.
Objective To decrease the phlebitis rate using continuous intravenous infusion5- Fluorouracil with micromedicine infusion-pump.
目的减少使用微量输液泵持续滴注5-氟脲嘧啶所致静脉炎发生率。
16.
Efficacy of intravenous injection of urapidil by micro-pump in treatment of hypertensive emergency patients
经微量泵静脉注射乌拉地尔治疗高血压急症疗效观察
17.
Influence of on incidence of venous blood returndifferent vertical heights between microinfusion pump and the point of venipuncture
微量泵与穿刺点的垂直高度对静脉回血发生率的影响
18.
Therapeutic analysis of continuously pumping adrenline by microinfusion pump on cardio-pulmonary resuscitation
心肺脑复苏时肾上腺素电脑微量泵持续泵入的疗效分析