國際噴霧和燃燒動力學(xué)雜志是一個同行評議的開放存取雜志在燃燒和噴霧動力學(xué)基礎(chǔ)和應(yīng)用研究?；镜闹黝}包括了解不穩(wěn)定燃燒，燃燒不穩(wěn)定性和噪聲，火焰-聲學(xué)相互作用及其主動和被動控制，管道聲學(xué)，吹出和閃回，爆燃和爆震，液滴和噴霧動力學(xué)和燃燒，霧化，液滴和噴霧-聲學(xué)相互作用的進(jìn)展。應(yīng)用主題包括固體和液體火箭發(fā)動機(jī)和燃?xì)廨啓C(jī)燃燒室的燃燒不穩(wěn)定性、燃燒噪聲、脈沖爆震發(fā)動機(jī)、燃燒不穩(wěn)定性的主動控制和噴霧的主動控制等各個方面。除了最初的貢獻(xiàn)外，還將發(fā)表最新的評論和調(diào)查。子主題包括燃燒動力學(xué)的實驗診斷、燃燒動力學(xué)研究的計算燃燒（包括RANS和LES）、非定常流體力學(xué)、混合、系統(tǒng)識別和動力學(xué)現(xiàn)象的低階建模、相干結(jié)構(gòu)在燃燒動力學(xué)中的作用、火焰響應(yīng)測量。計算、非正態(tài)和非線性的火焰-聲學(xué)相互作用、分析聲學(xué)、液體薄片破碎和穩(wěn)定性、噴霧的主動控制、噴霧的實驗診斷、噴霧破裂現(xiàn)象的建模、兩相流建模和噴霧和液滴燃燒。

International Journal of Spray and Combustion Dynamics is a peer-reviewed open access journal on fundamental and applied research in combustion and spray dynamics.Fundamental topics include advances in understanding unsteady combustion, combustion instability and noise, flame-acoustic interaction and its active and passive control, duct acoustics, blow out and flash back, deflagration and detonations, droplet and spray dynamics and combustion, atomisation, droplet and spray-acoustic interactions.Applied topics include all aspects of combustion instabilities in solid and liquid rocket motors and gas turbine combustors, combustion noise, pulse detonation engines, active control of combustion instabilities and active control of sprays. As well as original contributions, state of the art reviews and surveys will be published.Subtopics include, among others, experimental diagnostics of combustion dynamics, computational combustion including RANS and LES for the study of combustion dynamics, unsteady fluid mechanics, mixing, system identification and low order modelling of dynamic phenomena, role of coherent structures in combustion dynamics, flame response measurements and calculation, non-normality and nonlinearity in flame acoustic interaction, analytical acoustics, liquid sheet break-up and stability, active control of sprays, experimental diagnostics of sprays, modelling of spray break-up phenomena, two phase flow modelling and spray and droplet combustion.