flash pyrolysis
英
美
急骤裂解，闪热解
双语例句
- Effects of chemical components and temperature on the volatility of biomass in flash pyrolysis;
研究了热气流中气相温度脉动对煤粉颗粒瞬时热解挥发速率的影响。 - At present, the study on Rotating cone flash pyrolysis and liquefaction unit of biomass is a focus and the core of this technology is the design of rotating cones.
设计出一种旋转锥式煤热解炉，对炉内煤颗粒热解过程进行实验研究，测定了煤颗粒平均粒径、热解温度、旋转锥旋转速率及煤热解失重的关系。 - Model for flash pyrolysis of biomass in fluidized bed
生物质流化床快速裂解模型 - Study on Pyrolysis Kinetics of Biomass and Experiment of Mid-temperature Flash Pyrolysis to Produce Bio-oil
生物质热解动力学建模及锥式闪速热解装置设计理论研究 - Prospects of Flash Pyrolysis Process of Coal in China
煤的快速热裂解工艺在我国的发展前景 - The research results show that the function relation exists between devolatilization percentage and temperature, which provides theoretical foundations for the further studies of the biomass flash pyrolysis liquefaction.
结果表明，挥发百分比与温度存在着一定的函数关系，为进一步研究生物质闪速热解液化提供了一定的理论基础。 - This text overall survey current situation of biomass flash pyrolysis and liquefaction technology and the main research contents of this thesis: ① Design the device of pyrolysis system and confirm size of each device by oneself;
本文较全面的综述了生物质热解制取生物油技术的发展现状，主要研究内容有：①自行设计了热解系统的主要装置并确定了各个装置的具体尺寸； - Research on the Formation of Active Cellulose during Flash Pyrolysis
纤维素闪速热裂解试验中活性纤维素的生成研究 - In order to determine the design variable of Flash Pyrolysis reactor, we should study on the bulk density and friction coefficient about the mixture of heat-carrier and biomass powder.
为确定快速热解反应器的设计参数，必须对热载体与生物质粉混合物的堆密度和滑动摩擦系数进行研究。 - The Development of ZSR-10 System Converting Flash Pyrolysis Biomass into Biofuel
ZSR-10生物质闪速热解转化生物燃油装置的研制 - OS examination, which provides the basis and convenience for flash pyrolysis fluidization device energy to convert the rate to compute with biomass energy utilization calculation;
为闪速热解液化装置能量转化率计算和生物质能量利用率计算提供了依据和方便； - Studies on the Mechanism of Poplar-wood Flash Pyrolysis Process
杨木快速裂解过程机理研究 - In order to understand the behavior of biomass pyrolysis, the effects of metallic salt on the yields of bio-oil, char and gas from flash pyrolysis of white-pine wood were studied on our heat radiation reactor.
基于深入了解生物质热解行为的目的，在自行研制的热解机理试验台上系统研究了金属盐对生物质热解的影响规律。 - A kinetic Arrhenius first-order rate model was used to investigate biomass flash pyrolysis volatilization characteristics in this paper. A plasma heated laminar entrained flow reactor was designed and built in our lab.
该文利用Arrhenius一级反应动力学模型来研究生物质闪速热解挥发特性。为了研究闪速加热条件下生物质的热解挥发特性，设计了等离子体加热高温层流炉作为实验设备。 - The article introduces the mechanism of pyrolyzing biomass rapidly and states general technological process of the technology of flash pyrolysis of biomass into liquid and its research and development home and abroad and spells out the reactor of rotary cone-style system for pyrolyzing biomass into liquid.
在介绍了生物质热解机理的基础上，论述了生物质快速热解液化技术的一般工艺流程及国内外的研究进展，并详述了自行研制的转锥式生物质热解液化装置的反应器结构。 - The research results provide application basic theories and foundation for the design and study of the key the rotation-cone mid-temperature flash pyrolysis fluidization device with which bio-fuel can be produced from biomass.
该论文研究结果为生物质闪速热解液化转化生物燃油关键设备&锥式生物质闪速热解反应器设计和研制提供了应用基础理论和依据； - Non-isothermal kinetics of flash pyrolysis for two lignites
两种褐煤快速热解的非等温动力学 - Based on experiments of various biomass flash pyrolysis volatilization performed with a laminar entrained flow reactor, the model was checked by experimental data acquired with ash tracer method.
通过在层流炉上进行的多种生物质闪速热解挥发实验，并利用灰分示踪法计算得到了挥发百分比实验数据。 - Research on Flash Pyrolysis and Agglomeration of Slightly Caking and Non-Caking Coals
弱粘煤和不粘煤的快速热解及其团聚研究 - The Technology of Biomass Flash Pyrolysis and the Application of Bio-oil
生物质闪速热解技术及生物油的应用 - Flash pyrolysis of brown coal for obtaining liquid and gaseous hydrocarbons(ⅲ) effect of gas residence time
煤快速热解获得液态烃和气态烃的研究（Ⅲ）&气体停留时间的考察 - Research Progress in Biomass Flash Pyrolysis Technology for Liquids Production
生物质快速裂解液化技术的研究进展 - Experimental Studies on Biomass Pyrolysis Mechanism for Bio-oil and Design of Fluidized-bed Flash Pyrolysis Facility
生物质热裂解制油机理试验研究及流化床闪速热裂解装置设计 - Influence of metallic salt on biomass flash pyrolysis characteristics
金属盐对生物质热解特性影响试验研究 - By flash pyrolysis technology, the biomass and other organic refuse could be converted into liquid fuel ( bio-oil) which is high energy density and easy to save, transport and use.
通过热解液化技术可将生物质转化为高品位、能量密度高且容易储存运输和利用的生物质油。 - Flash pyrolysis devolatilization experiments on materials such as rice hull etc were carried out in a laminar entrained flow furnace reactor heated by Argon plasma jet flow and experimental data on different temperature and residence time were collected.
以等离子体为热源，利用层流炉热解试验台对稻壳等生物质进行了闪速热解挥发试验，得到了不同加热温度和挥发时间下的热解挥发百分比数据； - The mechanism of poplar-wood flash pyrolysis was studied by pyrolysis gas chromatography that is an important analytical method in the modern analytical chemistry field.
将现代化学分析领域中重要的分析手段&裂解气相色谱法应用于对杨木快速裂解过程机理的研究。 - Based on the widely applied B-S kinetic mechanism model, and combined with the experimental conditions of the high-radiation flash pyrolysis, two numerical models were established corresponding to the thermally thin and thermally thick cellulose samples, respectively.
基于B-S动力学机理模型，结合辐射加热闪速热裂解的实验条件，分别针对热薄型和热厚型两种纤维素样品的热裂解构建了数学模型。