仪器网

欢迎您: 免费注册 仪器双拼网址:www.yiqi.com
首页-资讯-资料-产品-求购-招标-品牌-展会-行业应用-社区-供应商手机版
官方微信
中国仪器网• 行业应用
仪器网/ 行业应用/ 解决方案/ 微波辅助气体反应的优势

微波辅助气体反应的优势

点击这里给我发消息
内容节点
概述
实验/设备条件
样品提取
实验/操作方法
实验结果/结论
仪器/耗材清单
Nicholas E. Leadbeater, nicholas.leadbeater@uconn.edu and Chad M. Kormos, chad.kormos@uconn.edu. Department of Chemistry, University of Connecticut, 55 North Eagleville Road, University of Connecticut, Storrs, CT 06269-3060

Our interest has recently turned to the concept of performing microwave-promoted chemistry in vessels that have been pre-pressurized with reactive gases. This would broaden the application of microwave promoted synthesis. To date there have been relatively few reports in the literature. We have pursued research in this area using two microwave units we have in our laboratory. Using one of our multimode microwave units it is possible to perform reactions at operating limits of 80 bar. Vessels can be pre-pressurized to up to 20 bar prior to placing in the microwave cavity and we have taken advantage of the gas loading capability to perform hydroxycarbonylation and alkoxycarbonylation reactions. We have gone on to use a modified monomode microwave unit to develop further the alkoxycarbonylation chemistry as well as perform Heck coup领 reactions using ethene as a substrate. This work will form the body of the presentation here.

有关详情请浏览培安公司的网站www.pynnco.com,电子邮件:sales@pynnco.com, 电话:010-65528800 CEM Discover 环形聚焦单模微波合成系统
相关产品
相关解决方案
其他解决方案
最新解决方案
厂商产品资料
在线留言
官方微信

仪器网微信服务号

扫码获取最新信息


仪器网官方订阅号

扫码获取最新信息

在线客服

咨询客服

在线客服
工作日:  9:00-18:00
联系客服 企业专属客服
电话客服:  400-822-6768
工作日:  9:00-18:00
订阅商机

仪采招微信公众号

采购信息一键获取海量商机轻松掌控