聚丙烯的催化剂技术不断改进。
催化剂技术，常温使用。
阐述了我国连续重整催化剂技术的进步状况。
茂金属催化剂技术为开发更多的高性能聚烯烃树脂提供了可能。
Metallocene catalysts technique provides the possibility for developing more polyolefin resins of high performance.
天然气（CNG）燃料车专用催化剂技术包括催化剂制备技术和整车应用技术。
The catalyst technology for compressed natural gas (CNG)fuel vehicle includes catalyst preparation technology and practical technology.
重点分析了裂解碳九加氢工艺和催化剂技术，强调了原料预处理、反应工艺和催化剂设计等要点。
The hydrogenation technologies, as well as catalysts used in hydrotreating, were analyzed and compared, and feedstock pretreatment, reaction process and catalyst design were discussed.
催化剂技术是治理汽车排气污染物的重要手段之一，催化转化器是控制汽车尾气排放的主要设备。
Catalytic technique is one of the major way in purification of automotive exhaust gases, and catalytic converters are main devices for control of automotive emission.
车用金属载体催化剂在汽车尾气催化净化方面有着广泛的应用前景，是当前新兴的汽车尾气催化剂技术。
Metallic substrate automobile catalyst is a novel catalyzes technology, which has an extensive application and wide foreground in auto emission cleanse technology.
本文介绍了轻型柴油车的欧洲排放标准及尾气排放特点，综述了轻型柴油车氧化催化剂技术的研究和开发进展。
The European exhaust emission limits and exhaust emission characters of light duty diesel vehicles were introduced in this paper.
大多数用于便携设备的燃料电池都是基于直接甲醇技术(译注1)，需要昂贵的铂催化剂。
Most fuel cells being developed for portable use are based on direct-methanol technology, which requires an expensive platinum catalyst.
云的催化是指将催化剂颗粒打入云中使云中的水蒸汽凝聚成水滴，从而实现降雨的技术，催化剂颗粒通常为碘化银。
Cloud-seeding is a technique to enhance rainfall by introducing particles - often silver iodide crystals - into cloud systems, to help condense water vapor into raindrops.
烷基化制备烷基萘是目前最成熟的工艺路线，其关键技术是高效催化剂的制备；
The process to prepare alkyl naphthalene by alkylation is the most ripe one, key technology of which is preparation of high efficient catalyst.
北京奥运会已成为了我国新媒体技术革新的强力催化剂。
Beijing Olympic Games already became the puissant activator that technology of our country new media innovates.
介绍了无在线炉硫回收工艺的基本原理、技术特点和催化剂使用情况。
Presents the basic principle, technical features and catalyst of no on line furnace sulfur recovery process.
采用比表面、孔结构、XRD和XPS等测试技术研究了催化剂的宏观结构、晶相组成、表面铁、钼离子价态和浓度。
The macrostructure, the composition of the crystal phase, the surface ion valency and concentration of the catalysts were investigated by BET, XRD and XPS techniques.
本文以MCRC法为代表，扼要介绍了低温克劳斯反应装置的工艺流程、技术特点、催化剂和操作经验。
With MCRC method as representation, this paper briefly introduces the technology process, technique characteristics, catalyst and operation experience of low temperature Claus reaction equipments.
氧化还原催化剂是核心技术；
采用该技术可实现催化剂连续再生，降低了装置操作难度，提高了装置运行周期。
By adopting this technique, continuous catalyst regeneration was realized, operating severity decreased and running period of the unit was prolonged.
比较国内外丙烯羰基合成主流技术以及羰基合成催化剂的研究进展情况。
Compares the main propylene carbonyl synthesis processes and the development of relative catalyst at home and abroad, and analyzes several methods of recovering waste Rhodium catalysts.
介绍了国内催化精馏技术在催化精馏塔、催化剂和数学模型方面的研究进展及其工业应用情况。
Research progress and industrial application of catalytic rectification technology inland in catalytic rectification tower, catalyst and mathematical model are introduced.
最后论述了辽河催化剂厂技术创新对策、组织、经济投入等保障体系。
Finally it discusses the guarantee system of technology innovation countermeasure, organization and economy investment etc. in Liaohe Catalyst Plant.
本文重点研究和分析了辽河催化剂厂技术创新运行机制的指导思想、预期目标、评价体系。
The key-point of this thesis researches and analyzes the guidance idea, expected target and estimation system of technology innovation operation system in Liaohe Catalyst Plant.
光催化氧化法的催化剂分散、回收及负载技术还不很成熟。
As for photocatalytic oxidation, the dispersion, recycling and loading technology of catalyzer has not been mature so far.
介绍了羰基合成反应产生的废铑催化剂的回收利用技术。
Recovery and utilization technology of waste catalyst containing rhodium produced by Oxo synthesis reaction is described.
信息技术是管理变革的催化剂。
Information technology is the catalyser of management reform.
纳米技术已经把化学惰性的金变成新的、具有工业应用前景的催化剂。
Nanotechnology has transformed gold from a chemical inert metal into a new and effective catalyst with potential industrial application prospect.
并用esr技术对催化剂进行了表征。
研究了固体催化剂机械强度测试与表征技术。
Secondly, the mechanical-strength measurement and characterization of solid catalysts are investigated.
简要地介绍了抚顺石油化工研究院开发的水溶性催化剂的悬浮床加氢技术。
It also briefly introduces the process adopting aqueous catalyst developed by Fushun Research Institute of Petroleum and Petrochemical.
简要地介绍了抚顺石油化工研究院开发的水溶性催化剂的悬浮床加氢技术。
It also briefly introduces the process adopting aqueous catalyst developed by Fushun Research Institute of Petroleum and Petrochemical.
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