4　评价指标

• 4.1　共性指标

• 4.2　特性指标

5　实测评价

• 5.1　一般规定

• 5.2　测点布置

• 5.3　测试条件及要求

• 5.4　温湿度和风速检测

• 5.5　PM2.5、PM10和TSP浓度检测

• 5.6　粉尘浓度检测

• 5.7　二氧化硫浓度检测

• 5.8　三氧化硫浓度检测

• 5.9　铅及其化合物浓度检测

• 5.10　汞及其化合物浓度检测

• 5.11　氯化氢浓度检测

• 5.12　苯、甲苯、二甲苯浓度检测

• 5.13　硫化氢浓度检测

• 5.14　氨浓度检测

• 5.15　NMHC和TVOC浓度检测

6　模拟评价

• 6.1　一般规定

• 6.2　类比法

• 6.3　数值模拟

• 6.4　模型试验

附录A　二氧化硫的甲醛缓冲液—盐酸副玫瑰苯胺分光光度法

• A.1　仪器

• A.2　试剂

• A.3　样品的采集、运输和保存

• A.4　分析步骤

• A.5　计算

附录B　三氧化硫和硫酸的离子色谱法

• B.1　仪器

• B.2　试剂

• B.3　样品的采集、运输和保存

• B.4　分析步骤

• B.5　计算

附录C　硫化氢的硝酸银比色法

• C.1　仪器

• C.2　试剂

• C.3　样品的采集、运输和保存

• C.4　分析步骤

• C.5　计算

4　Accessment index

• 4.1　Common index

• 4.2　Characteristic index

5　On-site testing accessment

• 5.1　General requirements

• 5.2　Testing point arrangement

• 5.3　Testing conditions and requirements

• 5.4　Testing of air temperature，humidity and velocity

• 5.5　Testing of concentrations of PM2.5，PM10 and TSP

• 5.6　Testing of concentration of total dust

• 5.7　Testing of concentration of sulfur dioxide

• 5.8　Testing of concentration of sulfuric trioxide

• 5.9　Testing of concentrations of lead and its compounds

• 5.10　Testing of concentrations of mercury and its compounds

• 5.11　Testing of concentration of hydrogen chloride

• 5.12　Testing of concentrations of benzene，toluene and xylene

• 5.13　Testing of concentration of hydrogen sulfide

• 5.14　Testing of concentration of ammonia

• 5.15　Testing of concentration of NMHC and TVOC

6　Simulation accessment

• 6.1　General requirements

• 6.2　Analogy method

• 6.3　Numberical simulation

• 6.4　Modeling experiment

Appendix A　Sulfur dioxide-spectrophotometry of formaldehyde buffer-pararosaniline hydrochloride

Appendix B　Sulfur trioxide and sulfuric acid-mist-icon chromatograghy

Appendix C　Hydrogen sulfide-silver nitrate colorimetry