自动化与仪器仪表
自動化與儀器儀錶
자동화여의기의표
AUTOMATION & INSTRUMENTATION
2014年
6期
30-31,35
,共3页
紫外荧光分析法%汽柴油检测%硫含量分析
紫外熒光分析法%汽柴油檢測%硫含量分析
자외형광분석법%기시유검측%류함량분석
Ultraviolet fluorescence method%Gasoline and diesel detection%Sulfur content analysis
针对汽柴油中硫含量紫外荧光法检测分析的相关问题进行研究;明确测试方法中试剂和标样选择、标准曲线建立和测试仪器操控三个关键问题;对进样量、裂解温度和进样速度等三个影响检测精度的主要因素逐一分析和验证;通过对E93#汽油和0#柴油两种油品进行测试,其最大相对误差分别为0.45%和0.24%,相对极差分别为0.89%和0.44%;结果表明:紫外荧光分析法测定硫含量其分析精密度完全满足要求。
針對汽柴油中硫含量紫外熒光法檢測分析的相關問題進行研究;明確測試方法中試劑和標樣選擇、標準麯線建立和測試儀器操控三箇關鍵問題;對進樣量、裂解溫度和進樣速度等三箇影響檢測精度的主要因素逐一分析和驗證;通過對E93#汽油和0#柴油兩種油品進行測試,其最大相對誤差分彆為0.45%和0.24%,相對極差分彆為0.89%和0.44%;結果錶明:紫外熒光分析法測定硫含量其分析精密度完全滿足要求。
침대기시유중류함량자외형광법검측분석적상관문제진행연구;명학측시방법중시제화표양선택、표준곡선건립화측시의기조공삼개관건문제;대진양량、렬해온도화진양속도등삼개영향검측정도적주요인소축일분석화험증;통과대E93#기유화0#시유량충유품진행측시,기최대상대오차분별위0.45%화0.24%,상대겁차분별위0.89%화0.44%;결과표명:자외형광분석법측정류함량기분석정밀도완전만족요구。
Aiming at the problem of detecting method of ultraviolet fluorescence sulfur content of gasoline and diesel are researched in this paper;test explicitly set reagent and sample selection, the standard curve meth-od and test equipment control three key problems; the main factors of sample amount, reaction temperature and injection speed three accuracy affected by analysis and verification;through the test of E93# gasoline and 0# diesel two oil, and the maximum relative error is 0.45%and 0.24%respectively, the relative range is 0.89%and 0.44%; results show that: the determination of sulfur content of its analysis precision fully meet the re-quirements of the ultraviolet fluorescence method.