医院里使用的雾化器应该是电动的。
可以使用多个雾化器来沉积多种材料。
Multiple atomizers can be used to deposit the multiple materials.
在雾化器间提供持续稳定的流通速率。
同心玻璃雾化器与漩流雾室配合使用。
This nebulizer is used in conjunction with the CYCLONE Spray Chamber. May be used with all solvents.
本雾化器可以用氧气做动力源，适用性强。
Oxygen can be adopted as the power source in the atomizer, the atomizer is provided with strong applicability.
用于超声波雾化器，加湿器和某些医疗器械。
Piezoelectric ceramic is used widely for ultrasonic atomizer, humidifier, medical atomizing, etc.
装上可充电电池，(尼古丁)雾化器就能工作。
The battery is rechargeable and allows the atomizer to work.
它实际上是采用雾化器的使用摩托罗拉芯片电池。
It is actually a battery powered atomizer which USES a Motorola chip.
对雾化器的实际应用及其前景也作了一定说明。
Finally, the paper gives a brief illustrate about the applications and prospects of the atomizer.
流量计、控制器和雾化器都固定在箱内的面板上。
Flowmeters, controls, and nebulizer are mounted on a recessed panel.
本文介绍了超声雾化器的电源及出雾量故障及排除。
This paper introduces some simple cases of the troubleshooting of ultrasonic atomizer.
多流体雾化器，更适用于多糖分，粘稠性强或热敏性的产品。
Multi-fluid atomizer. Particularly it is suitable for material that contains component of amylase and has strong viscosity or heat sensitive product.
料液经塔体顶部的高速离心雾化器，(旋转)喷雾成极细微的雾状液珠。
Liquid through the tower at the top of the high-speed centrifugal atomizer, (rotation) Spray into a very fine mist liquid beads.
医用超声雾化器常用于呼吸道疾病的治疗之中，属于普及型的医疗器械。
Cure to use super a fog turn the machine in common use in breath a paroxysm treatment, belong to the medical treatment apparatus of the universal type.
这款产品是由电池驱动，利用雾化器的功能将烟液变成可吸进人体的雾气。
These battery-powered devices offer tobacco-less doses of nicotine in a vaporized solution.
采用ANSYS软件对振动网孔雾化器的模型进行了静力、模态和谐响应分析。
Static, modal and harmonic analysis are used to analyze the vibrating mesh nebulizer in ANSYS.
该系统还可以包含连接于气管内导管的雾化器，其中所述雾化器产生气雾化药物。
The system may also include a nebulizer coupled to the endotracheal tube, where the nebulizer generates the aerosolized medicament.
目的：观察沙丁胺醇溶液以超声雾化器雾化吸入治疗哮喘重度发作的疗效及安全性。
Objective: To observe efficacy and safety of inhaling salbutamol solution by using the ultrasonic nebulizer in treating severe asthma.
介绍了大量连续生产农用有机稀土添加剂的喷雾干燥系统及关键部件雾化器和喷嘴结构。
The spray dying system in continuous mass production for the agricultural use and the structures of the key components-atomizer and spray nozzle wer introduced.
主营工艺水泵、挂缸过滤器、环保气泵、LED灯、水族配件、加热棒、雾化器等系列产品。
The main process pumps, hanging cylinder filter, environmental protection air pump, LED lamp, aquarium accessories, heating rods, atomizer series of products.
另一种是振动网孔雾化器，压电陶瓷的振动传递给网孔板，网孔板随之振动挤出药液形成气雾。
Vibrating mesh nebulizer use vibration of piezoelectric ceramic transmit to mesh, the vibrating mesh push the liquid drug through the apertures.
雾化器能广泛应用于家用空调改装、新生产空调应用该技术、风冷式冷剂系统中央空调的改装。
The atomizer can be generally used for domestic air-conditioning refit, new air-conditioner, wind-cooling central air-condition refit.
本设计主要内容是以at89c 2051为核心设计出一个雾化器的控制电路及雾化发生电路。
This design main content is as the core designs an atomizer take AT89C2051 the control circuit and the atomization has the electric circuit.
雾化器给药通过气道给药达到最大的临床利益和通过减低(而不是消除)全身性暴露最小的副反应。
Aerosolized medications maximize clinical benefit by targeting the airways and minimize side effects by reducing (though not eliminating) systemic exposure.
试液提升量与蠕动泵速有关，与雾化器的压力和试液中酸浓度的相关性很小，与酸的种类关系甚微。
Uptake rate of sample was consisted to speed of peristaltic pump ad a little correlation to concentration of acid and no correlation to the kinds of acid.
雾化器给药用面罩释放的方式可能不注意地沉积于脸部和眼部，提高这些药物的皮肤和眼部的副反应。
Aerosolized drugs delivered with a facemask may inadvertently deposit on the face and in the eyes, raising concerns about cutaneous and ocular side effects with these drugs.
在二相流雾化器的结构设计中，雾化气输送器件和液料输送器件的管径及其径向夹角是其设计的关键。
The diameter of atomizing gas duct and liquid feedstock duct and their crossing angle are vital elements in the design of two phases atomizing nozzle.
病人或者使用者可以通过口状物（13）从雾化室 （12）吸入由雾化器（2）产生的气雾剂（21）。
The patient or user can inhale the aerosol (21) produced by the atomizer (2) from the atomization chamber (12) via a mouthpiece (13).
基于有限元方法在产品设计和性能分析中的广泛应用，根据压电耦合有限元分析理论，对雾化器结构进行了深入的分析。
As widely application of FEA in product design and performance, the finite element method is used to analyze the structure of nebulizers based on the piezoelectric coupling theory.
基于有限元方法在产品设计和性能分析中的广泛应用，根据压电耦合有限元分析理论，对雾化器结构进行了深入的分析。
As widely application of FEA in product design and performance, the finite element method is used to analyze the structure of nebulizers based on the piezoelectric coupling theory.
应用推荐