目的加强医院氧气湿化瓶消毒管理。
OBJECTIVE To strengthen the sterilization management of hospital oxygen filter.
目的减少氧气湿化液的带菌率。
Objective To reduce the bacteria-holding rate of the oxygen-humidified water.
提高湿化程度可以减小膜的欧姆损失。
The humidification can be weak in the loss from the electric resistance.
目的探讨人工气道患者最佳气道湿化方法。
Objective To explore the optimal method of airway humidification for patients with artificial airway.
每日改换氧气湿化瓶无菌水、氧气鼻导管。
Daily replacement of sterile water oxygen humidifier bottles, nasal oxygen catheter.
目的：探讨高原地区鼻塞氧疗鼻腔湿化的疗效。
Objective: to investigate the humidification effect of nasal oxygen therapy nasal cavity at high altitude.
观察组以强氧化离子水作为湿化液，每周更换。
In the observation group, the strongly oxidated ion-water was used as the humidified water and was exchanged weekly.
介绍了湿化瓶的作用、消毒方法、保存及更换时间。
It introduced the effect, sterilizing method, store and changing time of humidification bottle.
目的观察机械通气中精密输液器持续气道湿化的效果。
Objective To observe the effects of lasting air way humidification with precision infusion set.
目的：探讨加温气道湿化对气管切开患者的护理效果。
Objective:To explore for the nursing effect of humidified heating airway to tracheotomy.
研究认为组合药液湿化给氧疗法方法简便，疗效确切。
The study indicated that aerosolized oxygencombined drug liquid is a better oxygen therapy method for treating pneumonia.
目的比较气管内间断湿化法与输液管持续湿化法的临床效果。
Objective To compare the clinical effect of trachea interval moisture and trachea continuous moisture by infusion tube.
因此，对高填方体地基，浸水产生的湿化沉降和位移不容忽视。
Thus, wetting settlement and displacement can not neglected when the ground of high fill is soaked.
目的：比较机械通气中两种湿化方法在人工气道中的应用效果。
Objective: to compare the effect of two kinds of humidification methods on patients with artificial respiratory tract.
文中详细介绍了有关水平衡方面的数学模型研究及其湿化设计。
The mathematical model research about water balance and the humidification designs are described in detail in this paper.
目的：研究呼吸机加热湿化器的双伺服加热方式的临床应用价值。
Objective: to evaluate the clinical value of dual-servo-heated method for heated humidifier of ventilator.
目的比较微量注射泵持续气道湿化和超声雾化吸入法的临床效果。
Objective To Compare the clinical effect between continuous airway moistening via syringe pump and inhalation therapy via ultrasonic nebulizer.
目的观察改进的氧气湿化瓶消毒方法的临床效果和持续使用时间。
Objective To observe the clinical therapeutic effect of the modified method for disinfection of oxygen moisture bottles and the time of their continuous utilization.
目的观察气管切开术后气道应用持续湿化加快速冲击气管法的效果。
Objective To observe the clinical effect of continuous humidification and quick washing on airway after incision of trachea.
提出对湿化瓶系统进行定期更换和消毒是预防医院感染的重要措施。
It put forward that to change and to sterilize the humidification bottle system periodically are the important measures to prevent nosocomial infection.
传统的氧疗法是将氧气通过放有蒸馏水的湿化瓶湿化给予患者吸氧。
Traditional oxygen treatment is that oxygen is taken by patients through humidification fluid with distilled water.
提示将止痛泵用于气管切开病人气道湿化是一种安全、有效的方法。
Suggested that it is a safe and effective way to use the analgesic pump in airway humidification of patients with tracheotomy.
适当提高环境相对湿度和氧气充分湿化对维持暖箱内相对湿度有益。
The reasonable humidity of the environment and the oxygen is helpful to keep the humidity inside the incubator.
目的探讨呼吸机湿化液加入的不同方法与院内感染发生率的相关性。
Objective To explore the correlation between various methods of filling moisturized liquid into ventilator and the incidence of hospital infection.
在室内做湿化试验，分析了土性、压实度对试样抗冲刷能力的影响。
Through slaking test, the influence of the soil characteristics and the degree of compaction on the outwash resistance of the soil were analyzed.
本文主要分析土石坝在初次蓄水时，湿化变形对坝体应力应变的影响。
This paper analyzes the effects of wetting deformation on earth-rock dams during reservoir filling.
颗粒破碎是引起粗粒料湿化变形的重要因素，有必要对其进行深入研究。
Breakage is an important factor to influence wetting deformation of coarse-grained materials; and farther study is necessary.
建立了可用于湿空气透平(HAT)循环加湿过程研究的湿化器试验台。
A humidification test stand can be used for study on cyclic humidification process of humid air turbine (HAT) has been established.
该模型依据经典塑性理论，能够明确指定复杂应力状态下湿化变形的各分量。
It bases on the classical plastic theory, and the components of wetting deformation under complicated stress state may be determined clearly.
该模型依据经典塑性理论，能够明确指定复杂应力状态下湿化变形的各分量。
It bases on the classical plastic theory, and the components of wetting deformation under complicated stress state may be determined clearly.
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