1.
The ASH9000 Hardware Design for Atmospheric Water Sampler
ASH9000大气水分采样器的硬件设计
2.
Design and application of stratified gastight system for acquiring water sample in deep-sea
深海分层气密水样采集系统的设计与应用
3.
Performance Verification of the Novel Cascade Impactor & Sampling and Analyzing on Aerosols;
新型多级冲击采样器性能验证及大气溶胶采集分析
4.
The liquid of metsulfuron-methyl can be separated by allocating the slender minority liquid, and analyzed directly by gas chromatography.
采用微量液－液分配技术提取水样中的甲磺隆，气相色谱法进行分析。
5.
Chemical Composition of Water-Soluble Ions in Aerosols over Xi′an in Heating and Non-Heating Seasons
采暖期和非采暖期西安大气颗粒物中水溶性组分的化学特征
6.
The sample types include rock sample, stream sediments, water samples and rarely, widely spaced soil samples.
样品类型包括岩石样品，水分沉积物，水样以及偶而采用的大间距土壤样品。
7.
The number density is obtained by transforming the aerosol quality density which is gained directly from Andersen stage sampler.
本文采用安德森分级采样直接获得的大气气溶胶质量密度换算成数密度。
8.
Drainage Gas Recovery Technique of Combing ESP and Gas Lift for Gas Wells with Large Water Production
大水量气井电潜泵—气举组合排水采气工艺设计
9.
Application analysis of low-yield wells foan drainge gas prodution technology
低产气井泡沫排水采气技术应用分析
10.
The Design of A Cascade Impactor and Its Application;
冲击式大气串级采样器的设计及应用
11.
Passive Atmospheric Sampling of Persistent Organic Pollutants(POPs)
大气持久性有机污染物(POPs)被动采样
12.
Determination of Multi-elements in Airborne Dust with Air Filtrer Membrance Sampling
空气滤膜采集大气浮尘样品中多元素的测定
13.
Fault Analysis of the Gas Sampling Device of BF and the Countermeasure Adopted
高炉煤气取样装置采样系统的故障分析及对策
14.
AN IN SITU GAS-TIGHT PORE WATER SAMPLER FOR DEEP-SEA SEDIMENTS
一种深海沉积物孔隙水原位气密采样器
15.
Analytical method of the equipment of water pumping and gas production with the sucker-rod pump for the CBM wells
煤层气井有杆泵排水采气设备的分析方法
16.
A Measuring and Gathering System for the Data of the Air in the Different Space;
多目标大气监测及采样远程无线测控系统
17.
The Application of Air Sampling Smoke Detection System in a Large Space;
空气采样感烟火灾探测系统在大空间中的应用
18.
Evaiuation of Measurement in Verification Result of the Air Sampler
大气采样器检定结果的测量不确定度的评定