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1·The synthesis of polysubstituted aromatic compounds by using a tandem cycloaddition aromatization reaction was reported.

报道了通过串联环加成芳构化反应合成多取代芳族化合物的方法。

2·The coking and deactivation of virgin naphtha aromatization catalyst are studied on isothermal reactor.

利用等温固定床反应器研究了直馏汽油芳构化改质催化剂的结焦失活规律。

3·The mechanism of coupling catalytic cracking reactions and aromatization reactions was briefly discussed.

并对催化裂化与芳构化反应耦合的机理进行了初步探讨。

4·But the aromatization reactivity of the catalysts will be inhibited if they contain too much sulfate sulfur.

硫酸盐硫含量太高将大大降低催化剂的芳构化活性。

5·The hydroisomerization and aromatization of 1-hexene over potassium modified MCM-22 zeolite were investigated.

考察了钾金属修饰的M CM - 22分子筛上1 -己烯加氢异构和芳构化反应。

6·Non-oxidative aromatization of methane is significant in the fields of energy utilization and catalysis science.

甲烷无氧芳构化反应的研究对能源利用、催化科学均具有重大意义。

7·The synthesis of polysubstituted aromatic compounds by using tandem cycloaddition aromatization reaction was reported.

本文报道用环加成-芳构化串连反应制备多取代芳香族化合物的方法。

8·The change of adiabatic temperature was small during coupling isomerization with aromatization of hexene-1, because both re.

提出了催化裂化汽油中己烯-1为代表的异构化和芳构化偶合反应的化学平衡模型。

9·GT-Aromatization utilizes high-efficiency catalyst to transfer c4-c8 olefins in raw material to high value aromatic product.

GT - Aromatization芳构化是利用高效催化剂，将原料中C4—C8的烯烃，转化成高价值的芳烃产品。

10·This paper introduces the method of direct aromatization reaction of methane and the experimental results achieved at present.

综述了甲烷催化转化合成芳烃的方法和目前实验达到的结果。

芳构化

1·The technique advance of C4 olefin aromatization, catalytic cracking and disproportionation for producing low-carbon olefin were introduced too.

并介绍了C 4烯烃芳构化、催化裂解、歧化制低碳烯烃等新技术的研究进展情况。

2·The mechanism of coupling catalytic cracking reactions and aromatization reactions was briefly discussed.

并对催化裂化与芳构化反应耦合的机理进行了初步探讨。

3·The experiment result showed that the capability of catalyst was obviously infected by the dipping order, and the catalyst modified by phosphorus had better aromatization capability.

实验结果表明：浸渍顺序对催化剂性能有明显的影响，经过磷改性后的催化剂具有较好的芳构化性能。

4·The synthesis of polysubstituted aromatic compounds by using tandem cycloaddition aromatization reaction was reported.

本文报道用环加成-芳构化串连反应制备多取代芳香族化合物的方法。