标题： 射流在横向流动中径向注入的数值和实验建模 显示英文标题

标题： Numerical and experimental modeling of mixing of impinging jets radially injected into crossflow

摘要： 在一些化学过程中，如果需要快速淬火得到的产品，则在碰撞射流区域中形成逆向流动是最有前景的现象[1]。 特别地，这种方法可以用来控制最终产品的分散性和相组成。 在[2]中介绍了在2000 K的圆形氩气射流和铝蒸汽以及相对冷的氩气射流（1000 K）的逆向碰撞和混合的复杂计算和实验研究。 在那里显示，逆向淬火制度可以通过淬火射流的稀释和温度下降速率的变化来控制颗粒生长。 显示英文摘要

摘要： In some chemical processes, the formation of the counter flow in the colliding-jets regime is the most promising phenomenon if there is a need of fast quenching of an obtained product [1]. Particularly this method can be used to control disperse and phase composition of the final product. The complex calculation and experimental research of the counter collision and mixing of the circular argon jet and aluminum steams at 2000 K, and a relative cold argon jet (1000 K) is presented in [2]. It is shown there that the counter quenching regime enables to control particles grow owing to the flow dilution with the quenching jet and variation of the temperature drop rate.