环境科学
環境科學
배경과학
CHINESE JOURNAL OF ENVIRONMENTAL SCIENCE
2015年
5期
1538-1543
,共6页
王强%钟琪%迟颖%张杨%杨凯
王彊%鐘琪%遲穎%張楊%楊凱
왕강%종기%지영%장양%양개
PM2. 5%连续监测%手工采样%比对测试%质量控制
PM2. 5%連續鑑測%手工採樣%比對測試%質量控製
PM2. 5%련속감측%수공채양%비대측시%질량공제
PM2. 5%continuous monitoring%manual sampling%comparison test%quality control
借鉴美国 EPA 关于 PM2.5连续监测仪器手工采样比对测试的性能指标和检测方法,结合我国现行的相关技术规范,选取两种不同原理4种型号典型的进口和国产环境空气 PM2.5连续自动监测系统,分别在春、夏、秋、冬这4个季节开展了PM2.5连续自动监测与手工采样测量(重量法)之间的比对测试.研究确定了符合我国环境质量现状和环境监测管理需求的PM2.5连续监测系统与手工采样比对测试(调试)的质控措施要求(手工采样测量结果平行性≤5μg?m -3或5%)和技术指标要求(线性回归方程斜率1±0.15;截距0±10;相关系数≥0.95)以及相应的操作方法,为我国环境空气 PM2.5连续自动监测系统的现场有效使用和数据质量保证提供了必要的技术手段和质控方法.
藉鑒美國 EPA 關于 PM2.5連續鑑測儀器手工採樣比對測試的性能指標和檢測方法,結閤我國現行的相關技術規範,選取兩種不同原理4種型號典型的進口和國產環境空氣 PM2.5連續自動鑑測繫統,分彆在春、夏、鞦、鼕這4箇季節開展瞭PM2.5連續自動鑑測與手工採樣測量(重量法)之間的比對測試.研究確定瞭符閤我國環境質量現狀和環境鑑測管理需求的PM2.5連續鑑測繫統與手工採樣比對測試(調試)的質控措施要求(手工採樣測量結果平行性≤5μg?m -3或5%)和技術指標要求(線性迴歸方程斜率1±0.15;截距0±10;相關繫數≥0.95)以及相應的操作方法,為我國環境空氣 PM2.5連續自動鑑測繫統的現場有效使用和數據質量保證提供瞭必要的技術手段和質控方法.
차감미국 EPA 관우 PM2.5련속감측의기수공채양비대측시적성능지표화검측방법,결합아국현행적상관기술규범,선취량충불동원리4충형호전형적진구화국산배경공기 PM2.5련속자동감측계통,분별재춘、하、추、동저4개계절개전료PM2.5련속자동감측여수공채양측량(중량법)지간적비대측시.연구학정료부합아국배경질량현상화배경감측관리수구적PM2.5련속감측계통여수공채양비대측시(조시)적질공조시요구(수공채양측량결과평행성≤5μg?m -3혹5%)화기술지표요구(선성회귀방정사솔1±0.15;절거0±10;상관계수≥0.95)이급상응적조작방법,위아국배경공기 PM2.5련속자동감측계통적현장유효사용화수거질량보증제공료필요적기술수단화질공방법.
According to the U. S. EPA performance index and detection methods for comparison test of PM2. 5 continuous monitoring system, in combination of the current related technical specifications in China, 4 types of typical imported and domestic PM2. 5 continuous monitoring system with two different principles were tested and compared to the manual sampling measurement (gravimetric method) in spring, summer, autumn and winter. This research determined the quality control requirements ( parallelism of manual sampling measurement results ≤5 μg?m - 3 or 5% ), the technical index (slope of linearity regression equation 1 ± 0. 15; intercept 0 ± 10; correlation coefficient ≥0. 95), and corresponding detection methods of reference method comparison test to PM2. 5 continuous monitoring system, which meets the requirement of current environmental quality status and environmental monitoring and management in China. It also provided technical means and method of quality control for effective use and data quality of PM2. 5 continuous monitoring system in China.