1) impinging entrained flow gasifier
撞击气流床气化炉
1.
PDF model was employed to simulate the gasification process of diesel oil in impinging entrained flow gasifier.
运用PDF燃烧模型模拟以柴油为模拟气化介质的撞击气流床气化炉气化时的过程,结果与实验较吻合。
2) impinging streams gasifier
撞击流气化炉
1.
Numerical simulation of gas-particle two-phase flow in impinging streams gasifier
撞击流气化炉内气粒两相流动的数值模拟
2.
3D numerical simulation was conducted to investigate the gas-solid two phase flows and particle deposition in impinging streams gasifier.
模拟结果表明,数值模拟再现了撞击流气化炉内分区流动的情况;射流撞击使颗粒在气化炉内分布较为均匀,撞击中心和撞击流股区域浓度略高;颗粒在炉壁沉积基本覆盖整个气化炉,不存在局部积渣;当气化炉操作压力达到4。
3) impinging streams coal-water slurry gasifier
撞击流水煤浆气化炉
4) entrained-flow gasifier
气流床气化炉
1.
Periodicity analysis of pressure fluctuations in the impinging entrained-flow gasifier;
撞击式气流床气化炉压力波动的周期性分析
2.
Inner structures and components of slag layers formed by gasification of two kinds of oil-slag slurry on the furnace wall were studied in a lab-scale water wall entrained-flow gasifier.
基于实验室小型水冷壁气流床气化炉,研究了两种油渣浆气化后在炉内壁形成渣层的内部结构及组成。
3.
In coal gasfication,the molten coal slag corrodes the refractory lining of the entrained-flow gasifier severely,which is an important factor affecting the life of refractory lining.
煤气化工艺中,气流床气化炉内的熔渣对耐火衬里的高温侵蚀十分严重,是影响耐火衬里寿命的重要因素。
5) entrained flow gasifier
气流床气化炉
1.
Based on the digital image processing technology the flame characteristics in entrained flow gasifier is researched and the stable and instable flame status is analyzed respectively.
基于数字图像处理技术,研究气流床气化炉内多喷嘴对撞气化火焰几何特征,分析气化稳定燃烧和不稳定燃烧两种状态。
2.
The pressure signal of different flame status in entrained flow gasifier is analyzed by the wavelet-transform analysis in this paper.
对气流床气化炉内不同气化燃烧状态下的火焰压力信号进行了小波分析 。
3.
An effective method is proposed for analyzing through pressure signals the flame gasified combustion condition of an entrained flow gasifier.
提出了一种通过压力信号分析气流床气化炉火焰气化燃烧状态的有效方法,该方法运用尺度分解法分析炉膛压力时域信号。
6) entrained-flow coal gasifier
气流床煤气化炉
1.
Numerical simulation of gas-solid two-phase flow in a Texaco entrained-flow coal gasifier
Texaco气流床煤气化炉内气固两相流动的数值模拟
2.
The flow and heat transfer of high temperature syngas and slag layer in entrained-flow coal gasifier were analyzed,and a model for slag flow and heat transfer on the internal wall was proposed.
本文对气流床煤气化炉内高温合成气和渣层的流动、换热、相变过程进行了分析,在合理简化和假设的基础上建立了描述渣层流动、热质传递和相变的渣层数理模型。
补充资料：气流床粉煤气化
分子式：
CAS号：
性质：煤气流床气化工业炉之一。将原料煤磨成很细的粉煤，粉煤粒度要求75%～80%通过200目。用气化剂（氧和水蒸气）将粉煤喷入气化炉内，在高温（1500℃左右）下进行煤气化反应而制得煤气。该法气固接触面积很大，反应时间很短。可用于劣质煤的气化。
CAS号：
性质：煤气流床气化工业炉之一。将原料煤磨成很细的粉煤，粉煤粒度要求75%～80%通过200目。用气化剂（氧和水蒸气）将粉煤喷入气化炉内，在高温（1500℃左右）下进行煤气化反应而制得煤气。该法气固接触面积很大，反应时间很短。可用于劣质煤的气化。
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