catalytic pyrolysis中文是什么意思

• 催化高温分解

• catalytic    adj. 【化学】催化(的)。 adv. -ically ...
• pyrolysis    n. 热解(作用)高温分解。 adj. -lytic , ...
• pyrolysis    n. 热解(作用)高温分解。 adj. -lytic ,-lytically adv.
• catalytic    adj. 【化学】催化(的)。 adv. -ically
• acetone pyrolysis    丙酮热解
• anaerobic pyrolysis    缺氧热解
• binder pyrolysis    粘合剂高温裂解
• burning-in pyrolysis    浸没燃烧裂解
• coal pyrolysis    煤的热分解; 煤热分解
• coalite pyrolysis    煤热解
• direct pyrolysis    直接热解
• filament pyrolysis    热丝热解
• flame pyrolysis    火焰裂解
• flash pyrolysis    闪热裂
• fluidized pyrolysis    流态化高温分解
• fuel pyrolysis    燃料高温分解
• hydrocarbon pyrolysis    烃类热解
• incineration by pyrolysis    高温分解焚烧
• laser pyrolysis    激光高温分解; 激光热解
• laser-pyrolysis    激光热解
• oxidative pyrolysis    氧化热解; 氧化热裂化
• parallel pyrolysis    并联熟解
• plasmochemical pyrolysis    等离子化学裂解
• pulse pyrolysis    脉冲高温分解
• pyrolysis apparatus    裂解器; 热解器

• Maximizing yield of propylene by two - stage riser catalytic pyrolysis of heavy oil
  两段提升管催化裂解多产丙烯研究
• Furthermore , several kinds of catalysts were chosen for the catalytic pyrolysis of polypropylene
  几种催化剂被应用到聚丙烯的裂解过程中。
• Effects of catalyst - to - oil ratio on distribution of catalytic pyrolysis gas products of daqing atmospheric residue
  剂油比对大庆常压渣油催化裂解气体产物分布的影响
• This paper introduces the aging mechanisms of bio - oil and various methods to improve the stability of bio - oil , including drying , deashing , hot - gas filtration , vapor - phase catalytic pyrolysis , adding solvent and mild hydrogenation , etc
  介绍了导致生物油不稳定的机理和各种提高生物油稳定性的方法，如原料干燥、酸（水）洗脱灰、气体高温过滤、气相催化裂解、添加溶剂和生物油适度加氢等。
• One set of equipment for gas catalystic reconstruction developed by us own is illustrated in the following figure , in which tar sampling system is also included . in this thesis , the experiment system : biomass tar catalytic pyrolysis , which overcomes the disadvantage of mixture of some typical compound . and some improvement was made to adapt the characters of tar content of china
  该试验装置克服了当前生物质焦油催化裂解研究中采用焦油的某一种组分或者几种组分的混合物作为其模拟化合物的缺点，以热解反应器产生的生物质气为焦油来源，在实验中对现有的焦油取样分析方法进行了改进，提出了适合我国生物质特点的焦油成份分析方法。
• In cvd support method , carbon nanotubes were prepared with the supported fe catalyst on the regular mesoporous molecular sieve mcm - 41 by catalytic pyrolysis of c2h2 . the author studied systematically the effect of different react conditions on the structure , property and thermal - stability of mcm - 41 , and reached an optimum condition of prepared mcm - 41 , whose mesoporous diameter was about 2 . 9nm , with 0 . 12 c16tmabr : 1teos : 0 . 24naoh : 66 . 7h2o under hydro - thermal condition
  Cvd基体法制备碳纳米管中，首先探索了不同反应条件对mcm - 41材料结构性能和热稳定性的影响，优化工艺参数，结果发现水热条件下反应物的摩尔配比为0 . 12c16tmabr ： 1teos ： 0 . 24naoh : 66 . 7h2o时制得的mcm - 41材料最适合用来作为催化剂基体材料，其孔径大小为2 . 9nm左右。
• When the conglomeration becomes serious , it will threaten the steady , safe , and long - term operation of the overall system . on the basis of the technology of purification of hot gas of biomass gasification and biomass utilization technology , this thesis focused attention on the experimental and applied research biomass tar catalytic pyrolysis aimed to the characteristics of biomass resource in china
  本文在综述国内外有关生物质焦油脱除的基础上，围绕生物质热解气化集中供气系统的攻关项目，针对我国农村经济发展现状及生物质资源特点，对适合我国农村应用的生物质焦油催化裂解技术进行了详细的试验及应用研究。