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首页> 外文会议>International Conference on Incineration and Thermal Treatment Technologies >Visualisation of co-flow single fuel jet combustion in conditions of high temperature and low oxygen content environment
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Visualisation of co-flow single fuel jet combustion in conditions of high temperature and low oxygen content environment

机译：在高温和低氧含量环境条件下，在高温和低氧气含量环境下可视化融合单燃料燃烧燃烧

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High Temperature Air Combustion (HiTAC) is a modern combustion technology, where oxidizer has high temperature and low oxygen concentration. The benefits of this technology are known, e.g. emission of pollutants is significantly lower, the production rate is higher and energy saving is achieved. The flame properties are dependent on properties of fuels, e.g. calorific value. In conventional combustion technologies the combustion of low calorific value (LCV) fuels is more difficult than that of high calorific values. HiTAC can be excellent technology to burn LCV fuels. Many research on combustion with high temperature and low oxygen content oxidizer were carried out for gas fuels like methane or propane. There is less information about combustion of low calorific value fuels. The aim of authors is to investigate of combustion of such fuels in conditions of high temperature and low oxygen content environment.
机译：高温空气燃烧（HITAC）是一种现代燃烧技术，氧化剂具有高温和低氧浓度。这项技术的益处是已知的，例如，污染物的排放显着较低，生产率较高，达到节能。火焰属性取决于燃料的性质，例如燃料的性质。热值。在传统的燃烧技术中，低热值（LCV）燃料的燃烧比高热值更困难。 HITAC可以是燃烧LCV燃料的优秀技术。对具有高温和低氧含量氧化剂的许多研究进行了甲烷或丙烷的气体燃料。有关低热值燃料燃烧的信息较少。作者的目的是在高温和低氧含量环境条件下调查这种燃料的燃烧。

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