广州化工
廣州化工
엄주화공
GUANGZHOU CHEMICAL INDUSTRY AND TECHNOLOGY
2012年
23期
87-88,106
,共3页
顾明广%苏芳%马圣俊%胡利志%顾文文
顧明廣%囌芳%馬聖俊%鬍利誌%顧文文
고명엄%소방%마골준%호리지%고문문
环己醇%催化剂%环己烯%固体酸
環己醇%催化劑%環己烯%固體痠
배기순%최화제%배기희%고체산
cyclohexanol%catalysts%cyclohexene%solid acids
探索了几种常见催化剂对催化环己醇脱水制备环己烯的催效果。研究了催化剂用量对反应时间、收率等方面的影响，并对实验过程中的现象进行比较，结果表明几种常见固体酸作催化剂催化环己醇脱水制备环己烯时有较的高催化活性，并有较高的收率。可用于教学或工业生产中。
探索瞭幾種常見催化劑對催化環己醇脫水製備環己烯的催效果。研究瞭催化劑用量對反應時間、收率等方麵的影響，併對實驗過程中的現象進行比較，結果錶明幾種常見固體痠作催化劑催化環己醇脫水製備環己烯時有較的高催化活性，併有較高的收率。可用于教學或工業生產中。
탐색료궤충상견최화제대최화배기순탈수제비배기희적최효과。연구료최화제용량대반응시간、수솔등방면적영향，병대실험과정중적현상진행비교，결과표명궤충상견고체산작최화제최화배기순탈수제비배기희시유교적고최화활성，병유교고적수솔。가용우교학혹공업생산중。
The catalytic effects for the synthesis of cyclohexene by using several normal catalysts were investigated. The influence factors, such as dosage of catalyst on reaction time and the yield were studied. The study showed that nor-mal solid acids had higher catalytic activities and better yield, which can be used in college teaching or industrial pro-duction.
