超声雾化器

超声雾化进样MIPAES测定铝的研究一种电感耦合等离子体（ICP）光谱分析用超声雾化器

A Study on Determination of Aluminum by Atomic Emission Spectrometry Using Microwave Induced Plasma Source and an Ultrasonic Nebulizer

等离子体增强液态源MOCVD主要由液体输运系统、真空系统、超声雾化器、等离子体增强系统、温度控制系统、自动控制系统、尾气处理组件等组成。

Meanwhile , the thesis points out that plasma enhanced liquid source MOCVD mainly consists of liquid delivery system , vacuum system , ultrasonic atomizer , plasma enhanced system , temperature control system , automatic control system , exhaust treatment components and so on .

空气压缩雾化器取代超声雾化器将成为必然趋势超声雾化器的日常保养和故障排除

Air compressed atomizer will replace ultrasonic atomizer in the end The current maintenance and troubleshooting of Ultrasonic atomizer

超声雾化器中皮尔斯晶振电路射极电感的稳频作用

The Effect of Emitter Inductor on Frequency Stability of the Pierce Ceramic Crystal Oscillator Circuit in Supersonic Atomizer

通过继电器控制超声雾化器，通过电磁阀控制喷射式雾化器.实现两种形式的间歇雾化。

The output pulse of the controller can drive a relay or a electromagnetic valve to control the pulse work of the two kind of nebulizer .

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 .

以402型超声雾化器为例，介绍超声雾化器的工作原理、日常保养方法，并综合叙述了其一些常见故障及其维修方法。

The author takes 402 type for example giving a description of the working principle and the daily maintenance of Ultrasonic atomizer , and relates its some common problems and troubleshooting .

目的对喷射与超声两种雾化器吸入支气管扩张剂的疗效进行比较。

Objective To make a comparison between jet nebulization and ultrasonic nebulization in inhaled bronchodilators .