煤质技术
煤質技術
매질기술
Goal Quality Technology
2015年
3期
40-42
,共3页
X 射线荧光光谱法%煤灰成分%工作曲线%精密度%准确度
X 射線熒光光譜法%煤灰成分%工作麯線%精密度%準確度
X 사선형광광보법%매회성분%공작곡선%정밀도%준학도
X-ray fluorescence spectrometry%ash content%working curve%precision%accuracy
从仪器与试剂、仪器测量条件、灰样的制备与分析、工作曲线的绘制、精密度试验、准确度试验等方面介绍了一种采用 X 射线荧光光谱法分析煤灰成分的方法，指出采用 X 射线荧光光谱法测定煤灰成分，可提高工作效率及在生产过程中快速报出数据，其精密度和准确度符合相应国标要求。
從儀器與試劑、儀器測量條件、灰樣的製備與分析、工作麯線的繪製、精密度試驗、準確度試驗等方麵介紹瞭一種採用 X 射線熒光光譜法分析煤灰成分的方法，指齣採用 X 射線熒光光譜法測定煤灰成分，可提高工作效率及在生產過程中快速報齣數據，其精密度和準確度符閤相應國標要求。
종의기여시제、의기측량조건、회양적제비여분석、공작곡선적회제、정밀도시험、준학도시험등방면개소료일충채용 X 사선형광광보법분석매회성분적방법，지출채용 X 사선형광광보법측정매회성분，가제고공작효솔급재생산과정중쾌속보출수거，기정밀도화준학도부합상응국표요구。
From aspects such as instruments and reagents, instrument measurement conditions, ash sample preparation and analysis, drawing of working curve, precision test, accuracy test, coal ash component detection using X - ray fluorescence spectrometer were introduced, it was indicated that using X - ray fluorescence spectrometer to do the coal ash component detection, the efficiency could be enhanced, and the data could be reported rapidly in the production process, the precision and accuracy could meet the requirements of national standard.
