林产化学与工业
林產化學與工業
림산화학여공업
CHEMISTRY AND INDUSTRY OF FOREST PRODUCTS
2001年
1期
75-79
,共5页
班卫平%高世萍%宋文静%朱宏伟%崔贺
班衛平%高世萍%宋文靜%硃宏偉%崔賀
반위평%고세평%송문정%주굉위%최하
水合萜二醇%松油醇
水閤萜二醇%鬆油醇
수합첩이순%송유순
采用负载型有机高分子固体酸和液体质子酸混合催化水合萜二醇脱水合成松油醇,总产率99%,松油醇选择性83%,产率74%以上,考察了催化剂用量、反应时间、醇水比等对松油醇产率的影响,确定了最佳工艺条件,为松油醇的工业生产提供条件。
採用負載型有機高分子固體痠和液體質子痠混閤催化水閤萜二醇脫水閤成鬆油醇,總產率99%,鬆油醇選擇性83%,產率74%以上,攷察瞭催化劑用量、反應時間、醇水比等對鬆油醇產率的影響,確定瞭最佳工藝條件,為鬆油醇的工業生產提供條件。
채용부재형유궤고분자고체산화액체질자산혼합최화수합첩이순탈수합성송유순,총산솔99%,송유순선택성83%,산솔74%이상,고찰료최화제용량、반응시간、순수비등대송유순산솔적영향,학정료최가공예조건,위송유순적공업생산제공조건。
Organic solid acid, together with liquid acid, was used ascatalyst for preparing terpineol from terpene hydrate at total yield 99%, selectivity of terpineol 83%, terpineol yield 74%. Effects of catalyst amount, reaction time, ratio of terpene hydrate to water on the yield of terpineol were examined. Optimal conditions for synthesizing terpineol were obtained.