说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 词典 -> 百里酚蓝-亚甲蓝
1)  thymol blue-methylene blue
百里酚蓝-亚甲蓝
2)  Thymol Blue
百里酚蓝
1.
The Anionic Dye Thymol Blue React with Nucleic Acids and Determination of Nano-Gram Nucleic Acids by the Resonance Light Scattering Method;
阴离子染料百里酚蓝与纳克级核酸的共振光散射光谱特性及其分析应用
2.
Determination of trace manganese by catalytic photometry in system of NaIO_4-thymol blue used for indicator reaction;
高磺酸钠氧化百里酚蓝催化光度法测定痕量锰
3.
Determination of erythromycin ethylsuccinate in tablets by spectrophotometry based on thymol blue charge transfer reaction
百里酚蓝荷移分光光度法测定药片中琥乙红霉素含量
3)  thymolsulfonphthalein [,θməl,sʌlfɔn'fθæliin]
百里酚蓝
4)  methylthymol blue
甲基百里香酚蓝
1.
Study on color reaction of methylthymol blue with lead and its application;
甲基百里香酚蓝与铅显色体系的研究及应用
5)  Methylthymol blue
甲基百里酚蓝
1.
Kinetic spectrophotometric determination of vanadium in steels based on the oxidation of methylthymol blue with potassium bromate;
溴酸钾-甲基百里酚蓝催化光度法测定钢中微量钒
2.
This article deals with the chromogenic reaction that aluminium,methylthymol blue and hex-adecylpyridinium bromide react to salmon pink complex compound.
本文研究了 Al 与甲基百里酚蓝、溴化十六烷基吡啶生成橙红色络合物的显色反应。
3.
The binding characteristics between methylthymol blue(MTB) and bovine serum albumin(BSA) with or without Zn2+ were studied by fluorescence spectra and ultra-violet spectrum.
采用荧光光谱、紫外-可见光谱研究了有/无金属Zn2+存在下甲基百里酚蓝(MTB)与牛血清白蛋白(BSA)的相互作用。
6)  MTB
甲基百里酚蓝
1.
This paper introduces a method for determination of trace lead in gasoline by MTB spectrophotometry.
采用甲基百里酚蓝 (MTB)作显色剂 ,在pH值为 5 。
2.
In NaAc solution alumium (Al ̄(3+)) may react with both MTB and TA to form red compound.
β修正光度法测定土壤和岩石中铝郜洪文,章鹏飞(安徽省淮北市环境监测站235000)(淮北煤炭师范学院化学系235000)关键词β修正吸光度,铝,土壤和岩石,甲基百里酚蓝β修正光度法是建立在显色剂和络合产物两种吸收光谱上新的微量分析法,。
补充资料:蓝瑛《白云红树图》轴
      中国明代画家蓝瑛山水画的代表作之一。蓝瑛(1585~1664以后),字田叔,号蜨叟,晚号石头陀,又自号东郭老农。钱塘(今浙江杭州)人。擅长画山水、人物、花鸟、竹石。此图绢本,青绿山水。纵 189.4厘米,横48厘米。图中以没骨法加青绿重色作红树青山,白云缭绕,山下瀑布溪桥,景物幽胜。画法工整,树石皴点细密。运用石青、石绿、朱砂、赭石、铅粉每种颜色晕染勾描,色彩鲜艳。幅上自题:"白云红树"隶书四大字。又识云:"张僧繇没骨画法。时顺治戊戌清和画于听鹤轩。西湖研民蓝瑛"。下钤"蓝瑛之印"印。现藏故宫博物院。
  

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条