1) gasification reacting furnace
气化反应炉
1.
The application of the new-type production equipment--the totally-enclosed high-efficiency energy-saving gasification reacting furnace and the oil-deflecting technique realizes the effective utilization of the resources and energy, reduces the emission of the pollutants, and makes the small sized sulfur.
新型生产设备全封闭高效率节能气化反应炉及导热油技术,实现了资源能源的有效利用,减少了污染物排放,使小型二硫化碳企业实现了清洁生产。
2) O_2 reactor
氧气反应炉
1.
Analyzes the principle for the reaction of O_2 in the sample tested in O_2 reactor under the conditions of high temperature,rich H_2 and presence of catalyst,presents gas passage improving method for 102G-D gas chromatograph to remove O_2,thus solving the problem of separating Ar and O_2 in gas chromatography.
分析了氧气反应炉在高温、富氢、催化剂条件下使样品中氧气发生反应的原理,提出102G-D型气相色谱仪气路的改进方法,达到脱除样品中氧的目的,解决了气相色谱技术中氧氩难以分离的难题。
3) gasification
[英][,gæsifi'keiʃən] [美][,gæsəfə'keʃən]
气化反应
1.
Several thermoanalytical methods such as the Freeman-Carroll differentiation method and the Coats-Redfern integration method were adopted to calculate the kinetic parameters of two kinds of anthracite gasification with CO_2.
应用热分析原理以非等温方法研究二氧化碳与无烟煤的气化反应,并通过Freeman-Carroll微分法和Coats-Redfern积分法求解动力学参数。
2.
Gasification of coke and mixture of coke and anthracite with CO_2,and the coke microstructure before and after gasification were analyzed in order to study the behavior of anthracite in coke gasification.
在实验室条件下研究焦炭及焦炭与无烟煤的混合物与CO2的气化反应,通过分析焦炭反应前后微观结构的变化探讨无烟煤在焦炭气化反应过程中的作用机理。
3.
The main cause of coke broken in BF is the consumption of chemical reaction,Temperature,oxygen potential,reactivity of coke and alkali metal have important influences on coke gasification.
温度、氧势、焦炭反应性及碱金属对焦炭气化反应有重要影响。
4) gasification reaction
气化反应
1.
Research on function mechanism of coal in coke gasification reaction processing;
煤在焦炭气化反应过程中的作用机理研究
2.
The kinetics of gasification reaction of coal char,with CO_2 serving as the gasifying agent,has been studied in a fixed bed test rig and the effect of alkali metal content,as well as that of temperature,on the reaction investigated.
利用固定床实验装置、以CO2作为气化剂,进行煤焦气化反应动力学的研究,分析了碱金属的含量及气化温度对煤焦-CO2气化反应的影响。
3.
With coke and the mixtures of coal and coke in the fixed bed gasifier for gasification reaction with CO_(2) and with HY-4 automatic micro photometer to measure the pore structure and optical textures of the coke, the paper discussed the influence of anthracite coal to the microstructure during the gasification reaction of coke.
利用焦炭及煤焦混合物在固定床气化炉中与二氧化碳进行气化反应,用HY-4型全自动显微光度计测定焦炭气孔结构参数和光学组织,探讨无烟煤在焦炭气化反应过程中微观结构的影响。
5) gaseous reaction
气化反应
1.
According to the relation formula between reactivity of coke and rate of gaseous reaction,the main factors influencing the high temperature properties of coke are as follows:alkalis,temperature,pressure,ash,microscopic composition and the reaction of H2O on coke,in this paper the influence of above factors on high temperature properties of coke have been analyzed.
根据已建立的焦炭反应性与气化反应速度之间的关系式,得出影响焦炭反应性和热强度的主要因素为:碱金属、温度、压力、焦炭灰分、焦炭显微组分以及焦炭与水的反应性。
6) producer gas reaction
发生炉气体反应
补充资料：常压粉煤气化炉
分子式：
CAS号：
性质：又称K-T炉。煤常压流化床气化工业炉之一。气化炉双头，如两个中间焊在一起的球锥体，内衬耐火砖，侧面设有双炉头(两面对称)。属流化床气化炉。将原料煤磨成粉煤，粉煤粒度75％～80％通过200目。用螺旋加料器将煤粉送至混合器，与氧气和蒸汽混合，通过炉头中的烧嘴喷入气化炉。煤和气化剂在炉内起火焰反应，产生高达2000℃的高温区，火焰末端，即炉中部的温度为1500℃左右，灰分大部分以熔渣形式沿气化炉壁下流，进入水急冷槽，由出灰机移走。生成的煤气由炉顶引出，气温约1400～1500℃，经废热锅炉回收热量，产生高压蒸汽，再经一系列冷却除尘设备，将煤气温度降至常温。以褐煤为原料制得的煤气组成大致为：CO2 11.9％，CO 55.7％，H2 29.0％，CH40.1％，N2+Ar2％。
CAS号：
性质：又称K-T炉。煤常压流化床气化工业炉之一。气化炉双头，如两个中间焊在一起的球锥体，内衬耐火砖，侧面设有双炉头(两面对称)。属流化床气化炉。将原料煤磨成粉煤，粉煤粒度75％～80％通过200目。用螺旋加料器将煤粉送至混合器，与氧气和蒸汽混合，通过炉头中的烧嘴喷入气化炉。煤和气化剂在炉内起火焰反应，产生高达2000℃的高温区，火焰末端，即炉中部的温度为1500℃左右，灰分大部分以熔渣形式沿气化炉壁下流，进入水急冷槽，由出灰机移走。生成的煤气由炉顶引出，气温约1400～1500℃，经废热锅炉回收热量，产生高压蒸汽，再经一系列冷却除尘设备，将煤气温度降至常温。以褐煤为原料制得的煤气组成大致为：CO2 11.9％，CO 55.7％，H2 29.0％，CH40.1％，N2+Ar2％。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条