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pyrolysis characteristics
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  “pyrolysis characteristics”译为未确定词的双语例句
     The pyrolysis characteristics of lignin were investigated by TG, TG-FTIR. (1)The element analysis show that lignin is composed of C、 H、 O、 S and the formula can express as C_9H_(10.4)O_(3.5)S_(0.4).
     (1) 由元素分析可知,该木质素主要由碳、氢、氧、硫组成,分子式可表示为:C_9H_(10.4)O_(3.6)S_(0.4)。
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     First of all, Mettler-Toledo TGA/SDTA851~e analyzer was uesed to study the effects of experiment parameters to the pyrolysis characteristics.
     首先,本文在瑞士Mettler-Toledo公司的TGA/SDTA851~e热分析仪上研究了试验参数对热解特性的影响。
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     Experimental Study on Mixed Pyrolysis Characteristics of Typical MSW Components
     垃圾典型组分混合热解特性的实验研究
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     DTG-60H thermobalance was utilized to study pyrolysis characteristics of samples from Hegang whose average sizes are all different, the heating rate is 10 ℃/min and 5 ℃/min,N_2 flow rate is 80 mL/min.
     采用日本岛津(SHIMADZU)公司生产的DTG-60H型热重-差热分析仪研究了鹤岗烟煤在两个不同升温速率5℃/min和10℃/min下,对常规粒度与超细粒度4个煤样进行了热解实验. 热解实验所用气体为纯N2,气体流量均为80mL/min.
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     The pyrolysis characteristics of waste plastics including polyvinyl chloride, polystyrene, polypropylene and polyethylene in different temperature ranges were studied in the laboratory.
     在实验室研究了废塑料聚氯乙烯、聚乙烯、聚丙烯和聚苯乙烯在不同温度段内的热裂解特性 ,并对这些废塑料混合物进行了分段热裂解。
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  相似匹配句对
     Pyrolysis Characteristics of Medical Wastes
     医疗垃圾的热解特性
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     STUDY ON THE PYROLYSIS CHARACTERISTICS OF COAL
     煤热解特性研究
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     The characteristics of G.
     论文首先对语音编码的各种方案进行了比较,并对G.
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     characteristics;
     三、发展的特点;
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  pyrolysis characteristics
Co-pyrolysis characteristics of coal and natural gas
      
In this paper, pyrolysis characteristics of oil shale obtained from
      
The organic matter in all of the samples shows the same general pyrolysis characteristics.
      
Pyrolysis characteristics and barium, organic carbon, and carbonate content were determined for sediments associated with six drilling sites in coastal Gulf of Mexico waters.
      
Several experimental and theoretical studies have considered DME oxidation and pyrolysis characteristics previously.
      


Pyrolysis of NC/NG/RDX, NC/NG/RDX/NGU and nitramine composite propellant and the main compoments NC, RDX, NGU, and double-base binder NNC_2 as well was studied experimently with DSC and TG techniques. The characteristics and kinetic data of phrolysis of nitramine propellants, and the variation of critical transition condition between pyrolysis and deflagration with the content of RDX, NNC_2, NGU/RDX and NC and the heat transfer rate. The influence of the pyrolysis characteristics on ignition and deflagration...

Pyrolysis of NC/NG/RDX, NC/NG/RDX/NGU and nitramine composite propellant and the main compoments NC, RDX, NGU, and double-base binder NNC_2 as well was studied experimently with DSC and TG techniques. The characteristics and kinetic data of phrolysis of nitramine propellants, and the variation of critical transition condition between pyrolysis and deflagration with the content of RDX, NNC_2, NGU/RDX and NC and the heat transfer rate. The influence of the pyrolysis characteristics on ignition and deflagration of nitramine propellants was also analysed.

用差示扫描量热(DSC)和热失重(TG)分析技术,对三种硝胺火药体系,以及它们的主要含能组分NC、RDX、NGU、双基粘结剂NNC_2的热分解规律作了实验研究。本文讨论了硝胺火药热分解的基本特征、热分解动力学数据、由热分解转变为爆燃时临界条件等随火药中RDX、NNC_2NGU/RDX、NC含量以及外部升温速率率化的规律,分析了硝胺火药热分解性质对点火和燃烧性能的影响。

The flash pyrolysis is an efficient method to produce liquid and gaseous hydrocarbons from coal.This paper reports the flash pyrolysis characteristics of Zalannoer brown coal of Inner Mongolia in H2 and N2 atmospheres. The experiment was carried out in an experimental entrained reactor. The results showed that the yield of gaseous hydrocarbons by flash pyrolysis in H2 atmosphere is 1.5 times larger than that in N2, and the yield of hydrocarbon liquid in H2 is 70% larger than that in N2 at atmospheric...

The flash pyrolysis is an efficient method to produce liquid and gaseous hydrocarbons from coal.This paper reports the flash pyrolysis characteristics of Zalannoer brown coal of Inner Mongolia in H2 and N2 atmospheres. The experiment was carried out in an experimental entrained reactor. The results showed that the yield of gaseous hydrocarbons by flash pyrolysis in H2 atmosphere is 1.5 times larger than that in N2, and the yield of hydrocarbon liquid in H2 is 70% larger than that in N2 at atmospheric pressure; the yield of hydrocarbon liquid in H2 is 5.8 times larger than that in N2 at 6.0 MPa, and the yield of CH4 is 5.5 times larger in H2 than in N2 at same pressure.

报道了中国内蒙扎赉诺尔褐煤在H_2和N_2气氛中气流床反应器快速热解的特性.结果表明:在800℃、常压下,煤在氢气氛中快速热解,其气态生成物的产率是氮气氛中的2.5倍,轻质芳烃比在氮气中增加70%;在800℃、6.0MPa压力下,氢气氛中快速热解所获得轻质芳烃的产率是氮气氛中的6.8倍,甲烷是6.5倍.

Different kinds of samples, including source rock, oil shale, coal and kerogen, were studied by thermogravimetric analysis with constant heating rate. Weight loss and weight loss vs temperature curves were obtained. There are two main pyrolysis characteristics for three different types of kerogen. First, the reaction rate of type I is the largest, type I is the second, and type I is the smallest. Second, the temperature difference between the end and the beginning of pyrolysis for type I is the smallest,...

Different kinds of samples, including source rock, oil shale, coal and kerogen, were studied by thermogravimetric analysis with constant heating rate. Weight loss and weight loss vs temperature curves were obtained. There are two main pyrolysis characteristics for three different types of kerogen. First, the reaction rate of type I is the largest, type I is the second, and type I is the smallest. Second, the temperature difference between the end and the beginning of pyrolysis for type I is the smallest, type I is the largest. With these results of the experiments and mathematical calculation, a dimenisonless index called pyrolysis type parameter (PTP) is suggested for identifying kerogen types. This method is simple and convenient for identifying kerogen and source rock with thermogravimetric analysis and rock evaluation method, and only a small amount of sample is needed.

应用热重仪对10余种不同类型试样(包括生油岩、煤及其干酪根)进行了热解试验,总结分析了三种类型干酪根在恒速升温时的热分解特征.其明显的特点是:(1)在热解反应最激烈时,Ⅰ类干酪根反应速率最大,Ⅱ类次之,Ⅲ类最小.(2)反应终止温度与起始分解温度的差值,Ⅰ类最小,Ⅱ类稍大,Ⅲ类最大.对实验结果进行数据处理,归纳成一个无因子群.以此作为一个新的热解类型判别指标,称作热解类型参数.研究发现,这个方法既适用于干酪根,也可用于原岩(即生油岩、油页岩和煤);既可用热重仪实验,也可用岩石评价仪(Rock—Eval).该法所用试样量少,实验时间短,操作简便.

 
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