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fuel-no
相关语句
  燃料型no
     EXPERIMENTAL INVESTIGATION OF FUEL-NO FORMATION
     燃料型NO生成的实验研究
短句来源
     The process of Fuel-NO formation is experimentally studied in a methane/Air planar jet turbulent flame by adding a small amount of ammonia (NH3) in fuel to simulate fuel nitrogen.
     在二维平面射流中进行了燃料型NO的实验研究,采用在甲烷中加入NH_3的方法来模拟燃料氮。
短句来源
  “fuel-no”译为未确定词的双语例句
     FORMATION OF FUEL-NO_x IN COAL COMBUSTION
     煤的燃烧过程中燃料-NO_x的析出特性
短句来源
     But so far as the problem appeared, people still understand little knowledge about the mechanism of the Fuel-NO_X production and complexity.
     然而NOx的生成机理尤其是燃料型NOx生成机理及其复杂,人们至今还不完全清楚。
短句来源
     We studied Fuel-N release characteristics of Geliping anthracite coal and Shenmu, jihua bituminous coal at first, we found Fuel-NO_X increased as temperature and excess air coefficient. All of these can offer some theoretic bases and data support to low NO_X combustion system's development and design.
     我们首先对格理坪无烟煤和神木、吉化烟煤的燃料氮析出特性进行了深入的研究,全面考察了温度和通氧量α对NO和N_2O析出浓度和转化率的影响,为低NO_x燃烧系统的开发和设计提供理论基础和数据支持。
短句来源
     The chemical-looping combustion (CLC) has been suggested as an energy efficient method for removing CO_2 and eliminating fuel-NO_x and thermal-NO_x. It is a new way to solve the problems in power production and environment.
     化学链燃烧技术打破了自古以来的火焰燃烧概念,开拓了根除燃料型NOx生成、控制热力型NOx产生与回收CO2的新途径,是解决能源与环境问题的创新性突破口。
短句来源
  相似匹配句对
     Fuel cells
     燃料电池
短句来源
     Fuel Cell
     燃料电池
短句来源
     Nano-metal Fuel
     纳米金属燃料
短句来源
     Prospect of the fuel methanol
     浅论燃料甲醇的前景
短句来源
     FUEL CELL TECHNOLOGY
     燃料电池发电技术概述
短句来源
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  fuel-no
NO, NH3, and HCN are the main contributors to the NOx-formation process in the postulated fuel-NO reaction scheme dominant at this location.
      


The straight run kerosene, diesel oil and VGO, etc. from Saudi Arabian light and heavy mixed crude were hydrotreated under mild conditions with a newly developed Co-Mo catalyst, FDS-4. Qualified jet fuel No. 3, premium grade light diesel oil No. -10 and catalytic cracking feedstock with less than 0. 5 wt% of sulfur content can be obtained.

用新开发成功的Mo-Co型FDS-4催化剂对高含硫量的沙特阿拉伯轻、重质原油混合油的直馏煤油、柴油、VGO等馏分油在100mL连续式固定床加氢试验装置上进行加氢精制,在较缓和的工艺条件下,可以得到硫醇硫和硫含量合格的3号喷气燃料、国家标准优级品-10号轻柴油及含硫量小于0.5w%的催化裂化原料油。

Jet fuel No. 3 fraction was produced from the pipeline-transported Zhongyuan crude oil in the atmo spheric-vacuum unit of Luoyang Petrochemical Complex. Difficulties in production were overcome through techni cal reforms in the peried during 1991 ~ 1993, and high-quality jet fuel No. 3 was obtained. By adjustment in opera tion and adoption of vanous production schemes, the yield of jet fuel No. 3 was enhanced. According to the present state tax policy, the above mentioned improvement is favourable to the enhancement...

Jet fuel No. 3 fraction was produced from the pipeline-transported Zhongyuan crude oil in the atmo spheric-vacuum unit of Luoyang Petrochemical Complex. Difficulties in production were overcome through techni cal reforms in the peried during 1991 ~ 1993, and high-quality jet fuel No. 3 was obtained. By adjustment in opera tion and adoption of vanous production schemes, the yield of jet fuel No. 3 was enhanced. According to the present state tax policy, the above mentioned improvement is favourable to the enhancement of refinery economic benefits.

洛阳石化总厂常减压蒸馏装置加工中原管输原油生产3号喷气燃料馏分。1991年至1993年,装置进行了几次技术改造,解决了生产中的难题,生产出质量优良的3号喷气燃料。经过调整操作,采用不同收率的生产方案,提高了3号喷气燃料产率,在目前国家的税收政策下,有利于提高炼油经济效益。

Thermal NO and fuel NO formation models with a second-order moment closure totreat the turbulence chemistry interaction are incorporated into the comprehensive modelfor simulating pulverized coal combustion. Simulation of three dimensional pulverized coalcombustion and NO formation has been made in a sudden-expansion combustor with highvelocity jets. The predicted results show that the values of thermal NO are smaller thanthat of fuel NO, the amounts of thermal NO produced is only about 2% of the total NO.Compared...

Thermal NO and fuel NO formation models with a second-order moment closure totreat the turbulence chemistry interaction are incorporated into the comprehensive modelfor simulating pulverized coal combustion. Simulation of three dimensional pulverized coalcombustion and NO formation has been made in a sudden-expansion combustor with highvelocity jets. The predicted results show that the values of thermal NO are smaller thanthat of fuel NO, the amounts of thermal NO produced is only about 2% of the total NO.Compared with the predicted results using the Arrhenius model, it can be seen that theNO concentration predicted by the Arrhenius model are larger than that predicted by thesecond-order moment turbulence chemistry model, so the turbulence effect is beneficial toreduce the NO forn1ation under the modeling condition in this combustor.

本文用有限反应速率二阶矩封闭模型对大速差射流燃烧室内煤粉燃烧过程中NO的生成进行了数值模拟,并将该模型的计算结果与Arrhenius模型的计算结果进行了比较,模拟结果表明,燃烧室中NO的生成是由燃料NO的生成机理来控制,Arrhenius模型计算得到的NO的浓度值高于有限反应速率二阶矩封闭模型的计算结果.

 
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