• The shock compression of condensed matter can be effectively dealt with by molecular dynamics, and has been applied to many fields of science.

    用分子动力学方法可以有效地研究凝聚介质的激波压缩,并在许多领域得到了广泛应用。

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  • In this dissertation, a novel method using four electrodes perpendicular to shock front was proposed to measure the electrical conductivity of metals under shock compression up to megabar pressures.

    本文提出和研究了一种可用于兆巴压力冲击压缩下测量金属电导率的新方法——四电极垂向引线法。

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  • It provides an effective technique for measuring detonation and shock compression.

    为准确测量爆轰和冲击压缩实验数据提供了一种有效的方法。

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  • The shock compression properties of emulsifier OP-10 were studied using a two-stage light-gas gun equipment.

    利用二级轻气炮装置研究了OP乳化剂的冲击压缩特性。

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  • Melting properties of materials at shock compression are of particular importance in the equations of state.

    冲击熔化研究在材料状态方程研究中具有重要的意义和地位。

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  • Shock-wave instrumentation provides an approach for the study of phase transformation during shock compression of the Jilin meteorite.

    应用冲击波试验技术研究吉林陨石在冲击压缩期间所出现的相转变。

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  • The behaviour of shock compression of the mixture of carbon and water is studied by means of loading technique of two stage light gas gun.

    利用二级轻气炮加载技术研究了碳水混合物的冲击压缩特性。

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  • The boron-doping technology and metallurgical micro-structure of die steel are discussed from the angle of its resistance to repeated shock compression.

    结果指出:模具钢渗硼层在多次冲击压缩载荷下发生一定的塑性变形。

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  • This article describe the numerical simulation for shock compression which is produced by layered flyers impacting target, in which the isentropic curve is calculated by recurrence method.

    就阻抗递变的多层组合飞片对靶样品的冲击压缩过程进行了一维平面应变数值模拟计算,其中,等熵线采用逐步递推法计算。

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  • Shock compression has become an important method to advance our understanding of the deep Earth's interior, and has played an important role in the research of solid Earth science.

    冲击波动态高压技术已成为人们研究、认识地球内部物质组成、状态及其性质的重要手段和方法之一,在固体地球科学研究中发挥着重要作用。

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  • Shock compression has become an important method to advance our understanding of the deep Earth's interior, and has played an important role in the research of solid Earth science.

    冲击波动态高压技术已成为人们研究、认识地球内部物质组成、状态及其性质的重要手段和方法之一,在固体地球科学研究中发挥着重要作用。

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