RIPP相关论文
由中国石化集团公司石油化工科学研究院（ＲＩＰＰ）、中国石化集团公司扬子石化股份有限公司和中国石油天然气集团公司抚顺石油三厂共同承担的......
背叛地面结构(DGS ) 的过滤器特征被分析，塑造 C 的 DGS 的相等的电路被提取。有不同尺寸的非周期性、周期的 DGS 的特征被比较。然......
本文介绍了MAX2206～MAX2208功率检测器的应用和选择方法,以及分析了其功率检测器输出特性....
“丙烯腈的改进 second-generationpurification 和恢复上的 10 kt/a 规模广告测试”，联合由 SINOPEC 上海 PetrochemicalResearch ......
Two Technologies for Hydrogenation and Upgrading of Coal-Based Crude Liquid Developed by SINOPEC’s R
On January 15, 2019 two projects, namely:“The development and application of CFHL technology for hydro-upgrading of coa......
The Project “Development of Package Technology for Producing Biodiesel from Microalgae” Passed SINOP
<正>On August 7,2015 the project'Development of package technology for producing biodiesel from microalgae',whic......
Recently the LTAG technology combining selective hydrotreating of FCC diesel fraction with selective catalytic cracking ......
The SINOPEC’s Research Institute of Petroleum Processing (RIPP) on the basis of its proprietary DCC technology has incr......
Production of Clean Diesel Fuel Meeting the National V Quality Standard Guaranteed by MHUG-II Techno
Recently, the MHUG-Ⅱ technology for flexible hydroupgrading of diesel fuel developed by a group of institutions headed ......
研究了一种单级双向Buck-Boost逆变器的工作原理，针对此逆变拓扑，应用了归一化峰值纹波控制方法。对归一化算法进行了分析与说明，将归......
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This article refers to the commercial test for application of thepolymerization inhibition tech-nology developed by the ......
期刊
The RAX-2000A type para-xylene adsorbent developed by SINOPEC Research Institute of Petroleum Processing (RIPP) has pass......
<正>Recently 'the hydrocarcking technology aimed at prodigiously boosting jet fuel yield along with improvement of t......
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Successful Commercial Application of Selective Polymerization Technology Developed by SINOPEC＇s RIPP
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液－固界面与电化显微学（石砚编译）美国、欧洲和日本的一些科学家正在用扫描探针显微技术（ＳＰＭ）和Ｘ射线技术研究液体与固体接触界面的微观结构......
To meet the demands for high-octane gasoline and aromatics,catalytic reforming process has been advancing quickly in Chi......
