decalin相关论文
Synthesis of Structured Carbon Nanofiber Material as Catalyst Support for Hydrogen Production from D
Hydrogen is a clean energetic fuel and has been proposed as an ideal successor to fossil fuels.However, in consideration......
IE-PP106:Preparation of CNFs-supported Pt catalyst with modified formaldehyde method for hydrogen ev
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在常压和初始温度443 K的条件下,使用对冲火焰技术实验研究了异十六烷和十氢萘非预混火焰的熄灭特性,测得其熄灭极限K_(ext),并与......
The integrated catalytic hydrogenation and catalytic cracking process has been gradually adopted by refineries to satisf......
以十氢萘为溶剂，通过增加升温过程中的低温搅拌，强化十氢萘对沥青质的解聚和分散作用，提高沥青质加氢过程中在催化剂微孔中的扩散性能......
An efficient reflux extraction of polyethylene wax (PEW) in soil is presented, followed by molecular structure character......
概述了萘、四氢萘和十氢萘的加氢或脱氢反应的机理和动力学,这3种物质在临氢条件下发生的反应主要包括加氢饱和、加氢开环和积碳结......
用溶剂汽油、萘烷、石油醚按一定比例复配成混合型溶剂，以对茴香胺为原料。用该溶剂合成了3-磺酸基对茴香胺，产品中不含致癌物．产品收......
The integrated catalytic hydrogenation and catalytic cracking process has been gradually adopted by refineries to satisf......
An efficient reflux extraction of polyethylene wax(PEW) in soil is presented, followed by molecular structure characteri......
十氢萘气相氧化裂解(GOC)与传统的热裂解工艺相比,O2的存在降低了十氢萘GOC反应的活化能,使反应在较低温度下具有高的反应性能;O2......
采用液相还原法制备非负载型镍催化剂,将非负载型镍催化剂分散在液相供氢溶剂十氢萘中,催化合成气甲烷化反应。在高压反应釜内,考......
催化裂化原料加氢预处理是清洁油品生产的重要过程,介绍了十氢萘催化裂化过程的反应机理以及工艺条件对反应的影响,分析了顺式十氢......
采用石英管反应器，在常压下研究了十氢萘和环己烷的气相氧化裂解（GOC）过程。结果表明，O2的存在降低了十氢萘GOC反应的活化能，使反应在较......
以十氢萘为吸热型碳氢燃料的模型化合物，研究其在550～610℃和0．1～3．5MPa条件下的热裂解过程．实验表明：不同温度（特别是相对较高的590和610......
采用量子化学方法研究了十氢化萘低温燃烧的动力学机理,获得了脱氢反应、自由基加氧反应及1,5氢迁移反应等反应的动力学参数,并在C......
