1) rarefaction wave and shock wave
疏散波与激波
2) Shocks and Rarefaction waves
激波与稀疏波
3) rarefaction wave
疏散波
1.
Interaction between two rarefaction waves for gas dynamic isentropic equatins;
气体动力学等熵流2个疏散波的相互作用
2.
the rarefaction wave, the shock wave or their superpositions, depending on the data.
根据初始资料的不同情形，其相应的Ｒｉｅｍａｎｎ问题以疏散波，激波或它们的迭加为弱解。
3.
The solutions reveal two different geometric structures including a centred rarefaction wave and a shock wave.
借助于广义平面波解,解析地求解了一类n-维的单个守恒律的黎曼问题,所获得的解展示了两种不同的几何结构,包括一个中心疏散波和一个激波。
4) rarefactional shock
稀疏激波
5) dispersed shock wave
弥散激波
1.
It shows that the dispersed shock wave can form near the axis downstream the nozzle throat,which results in the parameter distribution uneven at the nozzle exit.
计算结果给出了两相流场在喷管内和轴线附近的参数分布,发现尺寸较大颗粒在喷喉下游轴线附近会形成弥散激波,使喷管出口截面上的参数呈现出不均匀性,弥散激波的区域随着负载比的增加而扩大。
6) discrete shock
离散激波
1.
For the strictly monotonic schemes approximating single hyperbolic conservation laws, the asymptotic stability of the discrete shocks is widely believed to have been worked out.
多年以来，近似双曲型守恒律方程的严格单调差分格式的离散激波的渐近稳定性一直被普遍认为已经得到解决。
补充资料：疏散
①疏落；稀疏：天上有疏散的星儿。②分离；散开：宾客日疏散，玉樽亦已空｜疏散人口。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条