dehydrogenization

dehydrogenization

1. The mechanisms of dehydrogenization and sulfuration reaction were deduced on the basis of the characterization results.

2. 通过元素分析、红外光谱、XPS能谱、XRD分析、DSC/TG分析、扫描电镜等多种现代分析手段表征了复合材料的结构和成分，并研究了单质硫催化聚合物脱氢硫化反应的机理。

2. For the toxicity of phenthanthrene and pyrene, root elongation was more sensitive than the activeness of soil dehydrogen and the MCN.

与土壤脱氢酶活性和蚕豆根尖微核实验结果相比 ,植物根伸长对菲、芘毒性更敏感。

3. Experiment of styrene production by dehydrogenization from ethylbenzene

乙苯脱氢制苯乙烯实验

4. The oxidation and dehydrogen products of isopentane were analyzed by using two parallel chromatographs with preseparated column of carbon molecular sieves.

以碳分子筛作预切割柱，用两台色谱仪并联，对异戊烷氧化脱氢产物进行全分析。

5. Keywords laser rapid forming;powders;rare earth;microstructure;mechanical property;hydrogenation and dehydrogenization;

激光快速成形;粉末;稀土;组织;力学性能;氢化脱氢;

6. dehydrogen reactor

脱氢反应器

7. dehydrogen enzyme activity

脱氢酶活性

8. Keywords desulfuration and dehydrogenization;Reduction-Decompose;interlocking;supervise and control;

脱硫脱氰;还原分解;联锁;实时监测与控制;

9. Automatic Control of the Reduction- Decompose Stove in Desulfuration and Dehydrogenization Technology Process

自动控制在脱硫脱氰还原分解炉中的应用

10. serum lactate dehydrogen ase isoenzyme

血清乳酸脱氢酶同工酶

11. Keywords titanium alloy;laser rapid forming;hydrogenation dehydrogenization;defect;rare earth;

钛合金;激光快速成形;氢化脱氢;缺陷;稀土;