1.
Synthesis and antitumor activity of thiadiazolylthioether dihydrazones
噻二唑硫醚双腙的合成及抗肿瘤活性
2.
Synthesis,crystal structure and optical limiting properties of fluorenone-aromatic aldehyde-dihydrazone
芴酮-芳香醛-双腙的合成、晶体结构及光限幅性能
3.
pyruvaldehyde bis
焦葡萄糖酸醛双胺腙
4.
Determination of Micro-quantities of Sulfide Using Diphenylthiocarbazone-CTMAB Mercurimetric Photometric Titration;
双硫腙-CTMAB汞量法光度滴定微量硫化物
5.
Water quality--Determination of lead--Spectrophotometric method with dithizone
GB/T7470-1987水质铅的测定双硫腙分光光度法
6.
metal-chelated PTO fibre
聚对苯二甲酰草酰双脒腙金属螯合纤维
7.
Chemical analysis of antimony--The dithizone photometric method for determination of lead
GB/T3253.3-1982锑化学分析方法双硫腙光度法测定铅
8.
Sulphuric acid for industrial use-Determination of lead content-Dithizone photometric method
GB/T11198.7-1989工业硫酸铅含量的测定双硫腙光度法
9.
Sulphuric acid for industrial use-Determination of mercury content-Dithizone photometric method
GB/T11198.9-1989工业硫酸汞含量的测定双硫腙光度法
10.
A SPECTROPHOTOMETRIC METHOD WITH BIS-ACETALDEHYDE-OXALYLDIHYDRAZONE Ⅲ. DETERMINATION OF COPPER IN HAIR
双乙醛草酰二腙分光光度法——Ⅲ.头发中铜的测定
11.
Spectrophotometic Determination of Copper in Ferro - molpbdenum with BCO
双环己酮草酰二腙分光光度法测定钼铁中的铜
12.
Rapid Determination of Trace Lead in the Chinese Cabbage by the Visual Colorimetry of Dithizone
双硫腙目视比色法快速测定白菜中的微量铅
13.
Study on Syntheses, Characterizations and Properties of 2, 5-Thiophenediacylhydrazones and 4, 5-imidazolediacylhydrazones;
2，5-噻吩、4，5-咪唑双酰腙的合成、表征及性能研究
14.
Determining for Copper in Wastewater by Spectrophotometrey with BCO;
双环己酮草酰二腙光度法测定废水中微量铜
15.
Detemination of Micro-silver in the Ore by Dithizone to Abstract-titration;
双硫腙萃取滴定法快速测定矿石中的微量银
16.
Methods for chemical analysis of iron ores--The dithizone photometric method for the determination of lead content
GB/T6730.42-1986铁矿石化学分析方法双硫腙光度法测定铅量
17.
Thallium--Determination of mercury content--Dithizone-carbon tetrachloride extraction photometric method
GB/T2592.3-1981铊中汞量的测定(双硫腙四氯化碳萃取吸光光度法)
18.
Thallium--Determination of zinc content--Dithizone extraction photometric method
GB/T2592.4-1981铊中锌量的测定(双硫腙苯萃取吸光光度法)