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1·Periodicity advance model of 1-d slab symmetry detonation wave is investigated.

一维平面对称爆轰波的推进具有周期性。

2·Periodicity advance model of 1 - D slab symmetry detonation wave is investigated.

一维平面对称爆轰波的推进具有周期性。

3·Simulation results suggest that different detonation wave patterns have great influence on jet performance.

结果表明：不同的爆轰波形对聚能射流有着重要的影响。

4·Experimentalresults show that the steadiness and the repeatability of the flow be-hind detonation wave are excellent.

实验结果还表明：爆轰波后气流的定常性和重复性品质优良。

5·The detonation wave ignition technique is suitable to synchronization ignition of multi-chamber liquid rocket engine.

爆震波多管点火技术适合用于多燃烧室液体火箭发动机的同步点火。

6·The calculated parameters of steady detonation wave front are compared with those of CJ theory, and the good agreements can be obtained.

稳定爆震波阵面参数与CJ理论结果进行了对比，两者符合得较好。

7·The numerical results agree well with experimental data and provide theoretical basis for engineering design of detonation wave igniter.

并与试验结果进行了对比分析，数值模拟结果和试验结果符合很好，为爆震波点火器的工程设计提供了理论依据。

8·Besides, all detonation tubes reached the speed of detonation wave when the local evaporator was employed to improve the fuel evaporation.

采用局部蒸发器改善燃油蒸发后，爆震管都达到了爆震波的传播速度。

9·The paper used the characteristics line method to calculate the one-dimensional detonation wave propagation process inside a detonation tube.

本文应用特征线法给出一维爆震波在爆震管内的传播过程的解析解。

10·The detonation wave resistance of multi-layer structures composed of Kevlar composites and amour steels was studied by using simulation test device.

利用防爆轰波模拟试验装置研究了由装甲钢和芳纶复合材料组成的不同复合结构对爆轰波的防护性能。