1) strong shock wave
强激波
1.
A modified ghost fluid method for strong shock wave impacting on material interface;
用改进的ghost fluid方法模拟强激波与界面的相互作用
2.
The vibrational temperature and electron number density behind strong shock waves were measured in shock tubes,and the results were compared with those of theoretical calculation.
利用测量强激波波后N2+第一负系(0,0)带和(1,2)带的辐射,对强激波后振动温度历程的测量过程进行了探索,并利用Langmuir探针技术,在低密度激波管中对强激波后电子数密度历程进行了测量。
2) shock-wave strength
激波强度
1.
In accordance with the program be selfweaved,we calculate successfully Franck-Condon factors of main molecular band systems in high temperature air,such as O2 (S-R ), N2 (1+ )N2 (2+ ),N(2+) (1-),NO (β) and NO (r),Thus, the folowing relation are obtained; such as the relation between shock-wave strength and the temperature of incident or reflected shock-wave at the pressure, 10 torrs in the.
从而得出：当激液管低压端的空气压强为1333Pa时，入射激波及反射激波后高温空气的温度与微波强度的关系；各主要分子带系转动态分布与温度的关系；高温空气中主要分子带系F－C因子与激波强度的关系。
3) strong normal shock waves
强正激波
1.
A numerical simulation is described for nonequilibrium flows of high temperature gas behind strong normal shock waves with chemical reactions by using a three temperature kinetic model.
利用三温度动态模型，对具有化学反应的强正激波后的高温气体的非平衡流动进行了数值模拟，在较宽的马赫数范围内（６～２６），计算出了各种气动参数及气体组分在非平衡区随时间的变化历程，并与有关文献进行了比较。
4) inviscid shock strength
无粘激波强度
5) shock intensity effect
激波强度效应
6) shock wave
激波
1.
TEM study on secondary phase crystallized in amorphous alloy( Fe_(0.99)Mo_(0.01))_(78)Si_9B_(13)blasted by shock wave;
激波冲击(Fe_(0.99)Mo_(0.01))_(78)Si_9B_(13)非晶合金晶化第二相的TEM研究
2.
The comparative study for both crystallization velocity and crystallization extent in the Fe_(73.5)Cu_1Nb_3Si_(13.5)B_9 non-crystalline alloy treated by the shock wave technique and annealing;
Fe_(73.5)Cu_1Nb_3Si_(13.5)B_9非晶合金的激波纳米晶化速率和晶化度的对比研究
3.
The changes of metal Al、Cu in the shock wave function;
金属Al、Cu在激波作用下的变异
补充资料：椐椐强强
1.相随貌。
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