1.
continuous wave optically pumped molecular iodine laser
连续波光泵浦碘分子激光器
2.
Research on Lidar for Atmospheric Temperature Measurement Using Iodine Filters;
基于碘分子滤波器的大气测温激光雷达的研究
3.
Theoretical and Experimental Research of Spectra of Iodine Molecule by Degenerate Four-Wave Mixing;
碘分子前向简并四波混频光谱的理论与实验研究
4.
To analyze sterility by hysterosalpingography(HSG).
分析不孕症碘油子宫输卵管造影结果。
5.
Flow injection fluorescence quenching method for determination of iodide;
流动注射荧光熄灭分析法测定碘离子
6.
Iodine derivatives are ineffective since they tend to form molecular iodine which is a powerful retarder.
碘的衍生物是无效的。因为它有形成分子碘的倾向，而??是强的阻聚剂。
7.
New Protocols for Analysis of Chloride Ion and Iodate Ion and Their Application
氯离子和碘酸根离子分析新方法及应用研究
8.
Improvement and Research on the Determination of Iodide, Bromide in the Oilfield Produced Water;
油田水中溴、碘离子分析方法的改进和研究
9.
Mechanistic Study on the Iodine-catalyzed Reactions of Indole and Its Analogues;
分子碘催化吲哚类化合物反应及其机理研究
10.
Synthesis of Acetylsalicylic Acid Catalyzed by Molecular Iodine Under Ultrasound Irradiation;
超声辐射分子碘催化乙酰水杨酸的合成研究
11.
Molecular Iodine as Catalyst for Organic Reactions
分子碘催化和促进的有机合成反应研究
12.
Metal-free Catalytic Aerobic Oxyiodination of Organic Molecules Activated by HNO_3
无金属的硝酸催化氧气氧化碘化有机分子
13.
In our sample, iodine atoms occupied only one-third of the possible iodine-attachment sites.
在我们所用的试样上，碘原子所占的地方只有可以连接碘原子的地方的三分之一。
14.
Methods for chemical analysis of lead ingots--The potassium iodide-brucine photometric method for the determination of bismuth content
GB/T472.3-1984铅锭化学分析方法碘化钾-马钱子碱分光光度法测定铋量
15.
Uptake of Outer Source Iodine by Vegetables and Chemical Species Analysis of Iodine;
蔬菜对外源碘的吸收及碘的形态分析
16.
Methods for chemical analysis of tungsten--The potassium iodide-brucine photometric method for the determination of bismuth content
GB/T4324.2-1984钨化学分析方法碘化钾-马钱子碱光度法测定铋量
17.
Methods for chemical analysis of molybdenum--The potassium iodide-Brucine photometric method for the determination of bismuth content
GB/T4325.2-1984钼化学分析方法碘化钾-马钱子碱光度法测定铋量
18.
Preferally, the anion portion of the salt is permanganate, iodate, dichromate or hyperchlorite.
它的阴离子部分最好是高锰酸，碘酸，重铬酸或过氯酸根。