Joo Peter H, Gao Jinlong, Li Zhongshan, Aldén Marcus
Division of Combustion Physics, Lund University, P.O. Box 118, S-221 00 Lund, Sweden.
Rev Sci Instrum. 2015 Mar;86(3):035115. doi: 10.1063/1.4915624.
The design and features of a high pressure chamber and burner that is suitable for combustion experiments at elevated pressures are presented. The high pressure combustion apparatus utilizes a high pressure burner that is comprised of a chamber burner module and an easily accessible interchangeable burner module to add to its flexibility. The burner is well suited to study both premixed and non-premixed flames. The optical access to the chamber is provided through four viewports for direct visual observations and optical-based diagnostic techniques. Auxiliary features include numerous access ports and electrical connections and as a result, the combustion apparatus is also suitable to work with plasmas and liquid fuels. Images of methane flames at elevated pressures up to 25 atm and preliminary results of optical-based measurements demonstrate the suitability of the high pressure experimental apparatus for combustion experiments.
介绍了一种适用于高压燃烧实验的高压燃烧室和燃烧器的设计及特点。该高压燃烧装置采用了一种高压燃烧器,它由一个燃烧室燃烧器模块和一个易于接近的可互换燃烧器模块组成,以增加其灵活性。该燃烧器非常适合研究预混火焰和非预混火焰。通过四个视窗提供对燃烧室的光学通道,用于直接视觉观察和基于光学的诊断技术。辅助特性包括众多的入口和电气连接,因此,该燃烧装置也适用于与等离子体和液体燃料一起工作。高达25个大气压的高压下甲烷火焰的图像以及基于光学测量的初步结果证明了该高压实验装置适用于燃烧实验。