1.
To study on the safe and effective way of airway dampen for patients.
探索安全、有效、易被患者接受的人工气道湿化方法。
2.
Effect observation of artificial airway continuous oxygen humidification and atomization
人工气道持续氧雾化湿化效果观察
3.
Effect of continuously airway humidification in the nursing of artificial airway
持续气道湿化在人工气道护理中的作用
4.
Study on clinical application of artificial airway continuous oxygen atomization humidification
人工气道持续氧雾化湿化的临床应用研究
5.
MICROINJECTION PUMP APPLICATION FOR ARTIFICIAL AIR TRACT CONTINUOUS WETTING
微量注射泵在人工气道持续湿化中的应用
6.
Study on the function in reducing complication of artificial air passage by continuous warming humidification to air passage.
加温持续气道湿化对减少人工气道并发症的作用
7.
Observation on effect of continuing drip with micro-infusion pump to humidify artificial airway for patients after accepting tracheotomy
气管切开术后微量输液泵持续滴注法湿化人工气道的效果观察
8.
Development and Optimization of Constructed Wetland Applied to Ecological Remediation of River Course
人工湿地在河道生态修复应用中的进展及优化
9.
Clinical study on humidification of air passage by using new type trachea cannula in 35 patients
新型气管插管气道湿化35例临床研究
10.
Humidification Methods of Airway During Ventilator Used
使用呼吸机时气道湿化方法的探讨
11.
Conclusion This device solves the problem of additional airway resistance from oxygen supply tube and humidity liquid dropping tube in trachea pipe along with the fixation of respiration detector.
结果：经气管切开和气管插管病人应用，给氧、气道湿化、呼吸监测探头固定效果满意。
12.
Objective To explore the clinical effect of continual airway humidification aftertracheotomy .
目的探讨气管切开后持续气道湿化的临床效果;
13.
COMPARISON AND ANALYSIS OF TWO-TYPE PURIFICATION PROCESSES FOR ACETYLENE GAS
乙炔气的干湿法净化工艺比较与分析
14.
Analysis of the impact of two kinds of airway humidification and comprehensive airway care on the efficacy of mechanical ventilation
两种气道湿化方法及综合气道护理对机械通气疗效的影响分析
15.
Combined Process of Aeration,Microorganism and Constructed Wetland for Treatment of Black and Odorous River Water
曝气/微生物/人工湿地组合工艺处理黑臭河水
16.
Intensifying Oxygen Supply Influence on Purifying Effect of Constructed Wetlands;
强化供氧对人工湿地净化效果的影响
17.
Studies on Treatment of Nitrogen Oxides Gases in Chemical Industry by Wet Process at Normal Pressure;
常压湿法治理化学工业中氮氧化物废气的研究
18.
Optimized Design for Cooling Structure of Process Burner Used for Wet Method Gasification Technology
湿法气化技术工艺喷嘴冷却结构优化设计