1) high temp. and pressure coal gas and flue gas
高温高压煤(烟)气
3) high temperature flue gas
高温烟气
1.
The prime reasons of brittle failure on high temperature flue gas pipelines of catalytic cracking units in several refineries were analyzed in resent years.
对近几年多家企业催化裂化装置高温烟气管线膨胀节的爆裂失效主要原因进行了分析,并根据分析结果提出了预防开裂的措施。
2.
Analyzes the factors that influence bypass valve to reduce temperature in thesystom which disposes high temperature flue gas by bag filter, and proopses its limitation
分析用布袋除尘器处理高温烟气的系统中影响野风阀降温的因素，指出其作用的局限性。
3.
The research is mainly about the performance of synthetic fibres using in high temperature flue gas filtration.
本课题主要研究高温烟气过滤除尘用合成纤维的性能。
4) High temperature smoke
高温烟气
1.
A mathematical model of heat loss of high temperature smoke vented from rotary anode furnace in copper refining based on warm\|up burning air was established based on the principle of energy balance.
根据能量平衡原理 ,建立了基于燃烧风预热下铜精炼阳极炉高温烟气热损失数学模型 ,并根据不同预热燃烧风温度对铜精炼阳极炉氧化期高温烟气热损失数学模型进行计算。
2.
In order to study the permission quantity of heat transfer from high temperature smoke in the process of zinc refining in lead column, a control model was established based on the law of mass conservation and the law of energy conservation.
为了研究铅塔锌精馏过程中高温烟气供给塔盘的允许传热量,基于质量守恒和能量守恒定律,建立了铅塔锌精馏过程高温烟气供热控制模型。
3.
A mathematical model of heat loss of high temperature smoke vented from rotary anode furnace in copper refining based on warm-up burning air was established based on principle of energy balance.
根据能量平衡原理 ,建立了基于预热燃烧风富氧下铜精炼阳极炉高温烟气热损失数学模型 ,并根据富氧燃烧风对铜精炼阳极炉氧化期高温烟气热损失数学模型进行计算。
5) high temperature gas
高温烟气
1.
This article analyses the unsatisfactory aspects concerning waste heat utilization in glass plants by demonstating the present situation on waste heat utilization of high temperature gas from glass furnaces, describes the possibility of power generation with waste heat, and provides another way for waste heat utilization for glass plants.
本文试图通过对玻璃熔窑排出的高温烟气余热运用的现状 ,剖析玻璃工厂对余热利用的不尽合理之处 ,进而说明在玻璃工厂进行余热发电的可能性 ,为玻璃厂改造和新建时对余热利用提供另一条出路。
2.
By the use of a measurement system based on a single chip microcomputer MCS 51 series and self developed expansion system (including software) conducted is a successful on line measurement of high temperature gas flow speed in a piping.
应用单片微机ＭＣＳ５１系列及自行开发的扩展系统（包括软件部分）研制的测量系统，成功地对管道内高温烟气流速进行了在线测量。
6) high-temperature flue gas
高温烟气
1.
The study is based on the successful measurements of one-dimensional high-temperature flue gas flowing velocity.
利用互相关法测速无需正确测量信号绝对值的优点，研制了应用电子微压计提取高温烟气 压力脉动信号的水冷三维取压探针，及相关法三维高温烟气流速测量装置。
补充资料：煤层气(见煤成气)
煤层气(见煤成气)
coal-bed gas:see coal derived gas
于煤煤层气(c oal一bed gas)以吸附状态赋存 层内部的煤成气。见谋成气。-
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