Normalized spray flux distribution in impinging atomization
Normalized spray flux distribution in impinging atomization
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DOI：
10.2322/tjsass.60.255
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发表时间：
2017
影响因子：
1.1
通讯作者：
C. Inoue;J. Kouwa;Toshinori Watanabe;T. Himeno;S. Uzawa;S. Matsuno
中科院分区：
文献类型：
--
作者：
C. Inoue;J. Kouwa;Toshinori Watanabe;T. Himeno;S. Uzawa;S. Matsuno
D：液滴直径[m] D：喷嘴直径[m] g：重力加速度[m/s2] L：连续片材的长度[m] _ m：喷射质量流率[kg/s] _ q：喷雾质量通量[kg/s/m2] _ q：归一化喷雾质量通量v：液滴速度[m/s] V：液体喷射速度[m/s] We：韦伯数（VD =）Δ：完成雾化的距离片材边缘[m] ®：粘度系数[Pa 0 s] μ：密度[kg/m3] ·：表面张力系数[N/m]
d: droplet diameter [m] D: nozzle diameter [m] g: gravitational acceleration [m/s2] L: length of a continuous sheet [m] _ m: injection mass flow rate [kg/s] _ q: spray mass flux [kg/s/m2] _ q: normalized spray mass flux v: droplet velocity [m/s] V: liquid injection velocity [m/s] We: Weber number ( V D= ) ¤: distance where atomization is completed from the sheet edge [m] ®: coefficient of viscosity [Pa0s] μ: density [kg/m3] ·: surface tension coefficient [N/m]