methanation
英
美
n. 甲烷化（作用）
双语例句
- Purification of CO via Selective Methanation Using Microchannel Reactor
微通道反应器内CO的选择性甲烷化净化 - Syngas methanation with reaction heat carried by steam recycling generated from waste heat
余热蒸汽循环载热的煤气甲烷化工艺 - Selective Methanation of CO over Ni-Ru/ ZrO_2 Catalyst in Microchannel Reactor
微通道反应器内Ni-Ru/ZrO2催化剂上CO选择性甲烷化 - Process conditions for methanolization and methanation purification of ammonia synthesis feed gas;
介绍了一种新的合成氨方法热平衡低温等离子体法。 - Effect of ZrO_2 promoter on the catalytic activity for CO methanation and its adsorption performance of the Ni/ SiO_2 catalyst
ZrO2助剂对Ni/SiO2催化剂CO甲烷化催化活性及其吸附性能的影响 - Presents the water washing of methanation catalyst used in ammonia plant of Daqing chemical fertilizer plant.
介绍中石油大庆石化公司化肥厂合成氨装置甲烷化催化剂水洗情况。 - Also, we investigate the rate-determining-step of methanation reaction on those surfaces, and the influences of the deposited surface species at reaction beginning on the reactivity of CO methanation.
此外，还考察了甲烷化反应的速控步骤，及因解离物种可能在表面上的沉积使表面有所改性，从而影响CO甲烷化表面反应的活性。 - Analyze the reasons for abnormal elevation of pressure differential in methanation system, introduce the treatments and preventive measures.
分析查找甲烷化系统压差异常升高的原因，介绍处理办法以及今后的预防措施。 - Influence of reaction conditions on removal of CO in reformate by methanation method
反应条件对甲烷化法去除重整氢气中CO的影响 - Low CO and CO_2 Content Non-Electric Heating Methanation Process
低CO和CO2含量非电加热甲烷化工艺技术 - Three commercial methanation nickel catalysts were investigated by PULS-ED-TG-DTA and compared with Ni/ Al_2O_3 catalyst.
用脉冲热重差热法考察了三种工业甲烷化镍催化剂，并用Ni/Al2O3催化剂作对照。 - Kinetic Study of CO Methanation on Ni Catalyst
Ni催化剂上CO甲烷化动力学的研究 - Studies on the mechanism of CO methanation over 0801 Ni catalyst
0801Ni催化剂上CO甲烷化反应机理研究 - The Effect of MoO 3 on Methanation of CO and CO 2 over Ni-La/ r-Al 2O 3 Catalyst
MoO3对Ni-La/r-Al2O3催化剂上CO和CO2甲烷化性能的影响 - Two series of Ni Mo/ γ Al 2O 3 Methanation Catalysts were prepared by impregnation and coprecipitation, and characterized by TPR. Methanation activity and sulfur resistance of catalysts were examined.
由浸渍法和沉淀法制备了两个系列的Ni/γ-Al2O3甲烷化催化剂，应用程序升温还原（TPR）对催化剂进行了表征，测定了催化剂的CO甲烷化活性及抗硫性。 - The catalyst intragranular state for methanation system, which is a parallel reaction of equilibrium-restrained, was studied.
以甲烷化体系为例，研究了受平衡约束的平行反应的催化剂粒内状态。 - Development and Research on Sulfur-resistant Methanation
耐硫甲烷化的开发研究 - The role of chemisorption and disproportionation of CO in shift-methanation reaction
CO的吸附和歧化反应及其在变换-甲烷化反应中的作用 - A wide temperature range zinc oxide fine desulfurizer EZ-2 and its industrial application in protecting methanation catalyst, natural gas steam reforming catalyst and propylene polymerization catalyst were described.
介绍了EZ-2宽温氧化锌精脱硫剂及其在保护甲烷化催化剂、天然气转化催化剂、丙烯聚合催化剂生产中的应用情况。 - Adsorption and reaction of CO on Methanation catalyst ( Ni/ Al_2O_3) have been studied with a pressure dynamic analysis equipment.
在自行设计和建立的加压动态分析装置上，研究了工业甲烷化催化剂（Ni/Al2O3）上CO的吸附和反应行为。 - This paper, by TPD and TPR methods, studies the absorption and desorption behavior of carbon and its methanation mechanism on 0801 Ni catalyst.
本文使用TPD和TPR方法对CO在载体镍催化剂上的吸附和脱附性质，以及进行甲烷化反应进行了研究。 - This report relates to small test result for sulfur-tolerant methanation catalyst in fertilizer plant.
本报告介绍了小化肥厂耐硫甲烷化催化剂的立升级试验结果。 - Both the water gas shift reaction and the methanation reaction do not reach the thermodynamic equilibrium.
水煤气变换反应和甲烷化反应均未达到平衡； - XRD was employed to determine monolayer dispersion capacities of NiO and MgO on Al_2O_3 surface in methanation catalysts. The effect of MgO and La_2O_3 additives on NiO dispersion capacity was studied.
本文采用XRD相定量法测定了NiO和MgO在Al2O3表面的单层分散容量，并研究甲烷化催化剂中添加剂MgO和La2O3对NiO分散容量的影响。 - The catalysts Ni/ ZrO 2 were prepared by impregnation and coprecipitation method. The catalytic methanation of carbon dioxide was performed in a fixed-bed reactor to test the behavior of Ni/ ZrO 2 catalyst during the reaction.
采用浸渍法和并流共沉淀法制备含Ni量不同的Ni/ZrO2催化剂，研究了它们在二氧化碳甲烷化反应中的催化性能。 - The effect of several preparation parameters on the structure and property of low Ni methanation catalyst
几个制备因素对低镍甲烷化催化剂结构和性能的影响 - The poisoning of H 2S on Ni foil catalyst for the methanation reaction was investigated.
以甲烷化反应为模型研究了H2S对Ni表面的中毒效应，并以此对催化剂中毒区域感染模型（IZM）作了实验验证。 - Methanation activity is dependent on the nickel content and the degree of CO 2 adsorption at the reaction considered.
Ni的含量和CO2吸附程度决定了甲烷化反应活性.催化剂作用下活化能的大小与活性变化规律相符。 - Study of CO Methanation on Ni Catalyst
Ni催化剂上CO甲烷化的研究 - The step of carbon dioxide methanation in this strategy is thought to be the key of the whole cycle.
策略中的二氧化碳加氢甲烷化步骤被人们认为是整个循环的关键。