artificial lung

Experimental and Clinical Report on Treating Model ⅱ Respiratory Failure with Rubber Capillary Membrane Artificial Lung

硅胶毛细管膜式人工肺治疗Ⅱ型呼吸功能衰竭的动物实验及临床报告

Methods 1.17 artificial lung models were scanned by SHIMADZU SCT-7000 TH whole body scanner system and their volumes were determined by using the volume-calculated function of CT.

方法①采用岛津SCT-7000TH全身CT扫描系统对17个肺脏模型进行扫描，利用CT机的面积计算功能计算肺脏模型体积。

Our measures of lung protection were: first, during cardiopulmonary bypass, artificial ventilation was discontinued and the airway was maintained by pressure fluctuating between 5 and 15 cm H_2O which would increase the tendency of expansion of the lung.

本研究所采取的保护肺脏的措施为：体外循环期间，气道压力波动于5～15cmH2O之间，以利肺的扩张。

The Flowmeter of the Artificial Heart and Lung Machine

人工心肺机流量计的研制

For Control group in that the artificial lung ( bubble oxygenator) was used as oxygenator.

对照组为人工肺常规体外循环组，利用鼓泡肺作为氧合器。

According to the orthogonal experiment design, we obtained the velocity, turbulent and Reynolds numbers of the artificial tree lung trachea under the different parameters.

按正交试验设计，得到了在不同状态下，树状人工肺各级气管的速度、湍流度及雷诺数。

These suggested that the liquid crystal/ silicone rubber crosslinked membrane and the ionomer membrane were benefit to improve oxygenation performance of membrane artificial lung.

表明液晶／硅橡胶交联膜和离聚体膜有利于提高膜式人工肺的氧合效果。

Modelling and Experimental Research on CO_2 Transfer in a Cross-Flow ( ELF) Hollow Fibre Artificial Lung

CO2在交叉流（管外血流式）中空纤维膜式人工肺中传递的数学模型与实验研究

Effects of different modes of artificial ventilation on lung injury in dog model of acute respiratory distress syndrome

机械通气动态通气参数对急性呼吸窘迫综合征犬肺损伤的影响

A study of measurement on U, Am, Pu deposit quantity in the artificial manikin lung and influential factors

仿真人体肺中铀、镅、钚沉积量测定及影响因素研究

A semi-empirical mathematical model of CO2 transfer in a cross-flow hollow fibre artificial lung has been set up.

本文建立了CO2在交叉流中空纤维膜式人工肺的半经验数学模型。

Analysis of 3M hollow fiber-type artificial lung

3M中空纤维膜式肺的剖析

Principle: to take venous blood in vivo out of body, and reinfuse to patients'artery or venous system by artificial heart and lung bypass oxygenation to partly replace heart and lung function.

原理：将体内的静脉血引出体外，经过人工心肺旁路氧合重新注入病人动脉或静脉系统，起到心肺部分替代作用。

12 for control group, in which the artificial lung ( bubble oxygenator) was used as oxygenator.

对照组为人工肺组，除利用人工鼓泡肺作为氧合器外，其它条件同试验组。

In this article the properties of the Medical Function Polymer Materials are introduced, the function and features of the artificial organs ( such as artificial heart? lung? kidney? liver? pancreas and etc.)

本文介绍了医用功能高分子材料的性质以及研制的人工心脏、肺、肾、肝脏、胰脏等器官的类型、功能及特点。