1) submerged combustion
浸没燃烧
1.
The traditional submerged combustion technology was improved,and a new type of heating equipment with gas-liquid direct mix and phase change heat transfer was developed.
对传统的浸没燃烧技术进行了改进和创新,研制出新型的气-水直接接触相变换热方式的供热装置。
2.
The mechanism of submerged combustion, the design and experiment of submerged combustion unit, and applications of submerged combustion technology in coalbed methane brine disposal are introduced.
介绍了浸没燃烧的机理、装置的设计与实验,以及在煤层气采出水处理方面的应用。
3.
Based on the cold-state simulation experiments o f two-phase flows in submerged combustion, mathematical expressions of gas flowin g field in liquid have been given, and the influencing factors on gas flowing fi eld and penetration such as immersion length, types of steel tube and velocity o f air have been analyzed.
对浸没燃烧进行了冷态模拟实验,给出了气体在液体中流场分布的数学表达式,并就浸没深度、管口直径及气体流速等因素对气体在液体中的流场分布及穿透深度的影响进行了分析论述。
2) submerged combustion
浸没燃烧法
1.
Submerged Combustion Method Application to Small GAS Fired-Boiler;
浸没燃烧法在小型燃气锅炉上的应用
2.
The characteristics of submerged combustion are theoretically analyzed.
文章对浸没燃烧法用于小型热水锅炉提出了原则性意见。
3) submerged combustion evaporation
浸没燃烧蒸发
1.
Heat and mass transfer modeling of a single bubble during submerged combustion evaporation;
浸没燃烧蒸发过程单个气泡传热传质模型
2.
The development of submerged combustion evaporation (SCE) technology and its application in wastewater treatment were summarized.
介绍了浸没燃烧蒸发(SCE)技术的发展及其在废水处理中的应用现状。
3.
The article mainly introduces the production method of 42% chlorid-a lkali by submerged combustion evaporation and the effect won.
着重介绍了浸没燃烧蒸发生产42%烧碱的方法以及所取得的经济效益。
4) submerged combustion pyrolysis
浸没燃烧裂解
5) immersion burner,submerged combustion burner
浸没式燃烧器
6) submerged burner
水下燃嘴;水下燃烧器;浸没燃烧器
补充资料：浸没燃烧
分子式：
CAS号：
性质： 燃烧器的下部浸没在容器内的液体中。燃料和空气分别送入燃烧器上部，两者混合后燃烧，产生高温燃烧气，从燃烧器底部喷嘴处以鼓泡形式通过液层，把热量传给液体。可用于蒸发、加热或反应等过程。设备主要是由一容器和燃烧器(室)所组成，这种加热方法特别适用于处理腐蚀性强、有结晶的物料。
CAS号：
性质： 燃烧器的下部浸没在容器内的液体中。燃料和空气分别送入燃烧器上部，两者混合后燃烧，产生高温燃烧气，从燃烧器底部喷嘴处以鼓泡形式通过液层，把热量传给液体。可用于蒸发、加热或反应等过程。设备主要是由一容器和燃烧器(室)所组成，这种加热方法特别适用于处理腐蚀性强、有结晶的物料。
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