Atmospheric Monitoring Using Extractive Techniques

Atmospheric Monitoring Using Extractive Techniques
复制标题

使用提取技术进行大气监测

DOI:
10.1002/0470027320.s2111
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发表时间:
2006
期刊:
影响因子:
--
通讯作者:
J. D. Webb
J. D. Webb
中科院分区:
--
文献类型:
--
作者:
R. Spellicy;J. D. Webb

文献摘要

被引文献

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本文中的部分包括 介绍 提取式FT-IR系统的设计考虑 萃取系统 FT-IR单元 计算机分析和显示软件 选择FT-IR系统配置的考虑因素 背景 电池路径长度 其他仪器参数:分辨率,流速,扫描速度,平均时间,细胞和提取线温度 预期提取FT-IR系统性能的评估 硬件评估 噪音等级或NEA 最低检出浓度 决议 线路班次 浸提线效应 初始定量光谱方法的评价 萃取FT-IR仪在工业现场的应用 系统安装 初始测量和方法改进 通过使用已知浓度和加标比的气体标准品进行动态加标的系统和方法验证 加标测量的描述和讨论 与方法301加标试验相关的程序 方法301加标数据示例 系统的常规QA/QC 方法301统计量的计算 EPA方法30122方程在典型提取FT-IR峰数据中的应用 EPA方法301方程 总结和结论
The sections in this article are Introduction Design Considerations for an Extractive FT-IR System Extractive System FT-IR Cell Computer Software for Analysis and Display Considerations in Choosing an FT-IR System's Configuration Background Specifying Cell Path Length Specifying Other Instrument Parameters: Resolution, Flow Rate, Scan Speed, Averaging Time, Cell and Extraction Line Temperature Assessment of Expected Extractive FT-IR System Performance Hardware Assessment Noise Level or NEA Minimum Detectable Concentration Resolution Line Shift Extraction Line Effects Assessment of Initial Quantitative Spectroscopic Method Implementation of Extractive FT-IR Instrument at an Industrial Plant Site System Installation Initial Measurements and Method Refinement System and Method Validation via Dynamic Spiking with Gas Standards of Known Concentration and Spike Ratio Description and Discussion of Spiking Measurement Procedures Associated with Method 301 Spike Test Example of Method 301 Spiking Data Routine QA/QC on System Calculation of Method 301 Statistical Quantities The Application of EPA Method 30122 Equations to Typical Extractive FT-IR Spike Data EPA Method 301 Equations Summary and Conclusions