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1.DIRECT DETERMINATION OF LITHIUM IN SEAWATER WITH FLAME EMISSION SPECTROPHOTOMETRY
海水中痕量锂的直接火焰发射分光光度法测定收藏指正
2.DETERMINATION OF TRACE LITHIUM IN-HUMAN SERUM, URINE AND DRINKING WATER BY FLAME ATOMIC EMISSION
火焰原子发射法测定血清、尿及饮用水中微量锂收藏指正
3.Determination of the content of Kalium and Natrium in Common Root Vegetables by the Flame Atomic Emission Spectrophtometry
常见块根类蔬菜中钾钠含量的火焰光度法测定收藏指正
4.Study on Combustion Characteristics and NO_x Emission of Methane/Oxygen-Enriched Diffusion Flame
甲烷/富氧扩散火焰的燃烧特性和NO_x排放的研究收藏指正
5.The intensified photodiode array detector of OMAⅢ system has been used for measurmentof Li, Na, K emission spectra in air/ acetylene flame.
本文探索了用增强型硅二极管列阵探测器的OMAⅢ型系统测定碱金属Li、Na、K在空气-乙炔火焰中的发射光谱。收藏指正
6.By numerical simulation of Off-stoichiometric combustion we can draw the conclusion that if we want to control NOx emission, the prefect air ratio of rich flame is 0.6~0.7 and lean flame,1.6~1.7 which burn completely and steadily too.
通过对浓淡燃烧采取数值模拟的理论分析,得出浓淡燃烧最佳的一次空气系数的配比:浓火焰的一次空气系数是0.6～0.7,淡火焰一次空气系数1.6～1.7,这种配比使燃烧充分而稳定,同时很好的抑制了氮氧化物的生成。收藏指正
7.The enhancements of sodium atomic-absorption and emission by methyl-, ethyl-, and propyl-alcohol of various concentrations were studied under identical conditions with a modified Zeiss Model Ⅲ flame photometer.
在以Zeiss Ⅲ型火焰光度计改装成的装置上,以相同条件观察了不同浓度的甲醇、乙醇、丙醇对钠的原子吸收值及发射值的增强作用。收藏指正
8.For the quantification of nitrogen - containing compounds, several main analysis technologies, including gas chromatography - mass spectrometry ( GC - MS) , gas chromatography - atomic emission detector ( GC - AED ) , gas chromatography - nitrogen and phosphorus detector ( GC - NPD ) , gas chromatography - nitride specific detector ( GC - NSD) and flame ionization detector ( FID) , are introduced.
原油中含氮化合物主要采用气相色谱-质谱(GC-MS)、气相色谱-原子发射检测器(GC-AED)、气相色谱 -氮磷检测器(GC-NPD)、气相色谱-氮化物特定检测器(GC-NSD)和火焰电离检测器(FID)等技术进行分析鉴定。收藏指正
9.In order to optimize the combustion conditions of boilers in thermal power plants, thus to save fuel, raise boiler efficiency and reduce emission of harmful substance from flue gas, the CTD SCAN digital type computerized flame scanning system is researched and developed.
为使火电厂锅炉燃烧工况达到最佳，节省燃料，提高锅炉效率，减少烟气中有害物质排放，推出 CTD SCAN数字式电脑火焰监测系统。收藏指正
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