shock surface

Tc leading to the critical thermal stress at the surface as the thermal shock resistance parameter for FGM ceramic spheres was obtained.

Tc的表达式，并以此作为梯度功能陶瓷圆球的抗热震参数。

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A small amount of quartz phase is generated after thermal shock, filling in the pores, covering on the crystal surface, thus improving the thermal shock resistance of samples.

热震后产生少量石英相，填充于气孔中，覆盖于Si3N4和SiC晶粒表面，阻止它们的进步氧化，从而提高了样品抗热震性。

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Photoelectric System for Measuring the Diffuse Reflectivity of Tungsten Target Surface under Shock-Compression

测量冲击压缩下靶板表面漫反射率的光电系统

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Thus obtained was a high performance getter strip with high specific surface area, high resistance of thermal shock and good endurance of mechanical vibration.

所得带材是一种具有高比表面，高抗热震性和耐机械振动的高性能吸气材料。

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This article presents the empirical fitting of air shock para-meters produced by explosion on tower with height of 4 charge radius and on surface ( charge is tangent with surface). Formulae for estimating these parameters are given.

本文对爆高为4倍装药半径的塔爆和触地爆（药球与地面相切）实验的空气冲击波参数进行了经验拟合，给出了估算公式。

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Problems: The primary stress to which the surface of the mould is exposed are thermal shock, abrasion and chemical reactions between the liquid alloy and the iron in the steel mould.

问题：压铸模具表面主要面临的问题有热冲击、磨损、液态合金与模具钢的化学反应等。

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Laser shock peening ( LSP) is a new surface strengthening technology. It use laser-induced, high-energy shock wave to induce compressive residual stresses on the impacted area of metal.

激光冲击强化是一种新兴的现代表面处理技术，它利用激光产生的高幅冲击波在冲击区诱导出有益的残余压应力，从而达到强化材料的目的。

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Obtained nanocomposite electrodeposition coatings rate is one times than electroless plating, look at micromorphology that the surface of nano-composite coating grow well, dense, uniform thickness, through the bending test and thermal shock test proved nano-magnesium alloy matrix composite coating have a good combination.

得到的电沉积纳米复合镀层的镀速比化学镀的镀速提高一倍，并且纳米复合镀层表面平整、致密、厚度均匀，通过弯曲、热震试验证明镁合金纳米复合镀层与基体结合良好。

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The main cause of thermal shock fatigue is the co-action of micro-cracks, crack bridge and deflection," crushed particles" and roughness on the crack surface during thermal shock cycling.

热震过程中的微裂纹，裂纹桥接和偏转，热震裂纹表面的碎粒及粗糙性等的共同作用是Al2O3-TiC复合陶瓷热震疲劳产生的主要机制。

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The results show that a strong detached shock forms in front of the scoop, and that with the shock strength increasing in the radial direction, the shock ware is closer to the scoop surface.

计算捕捉到了障碍物前方的脱体激波，随着径向位置的增大，激波的强度逐渐变大，激波面与支臂表面的距离越小；

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