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Effect of inclination dependence of grain boundary energy on the mobility of tilt and non-tilt low-angle grain boundaries

机译:晶界能量的倾角依赖性对倾斜和非倾斜低角度晶界迁移率的影响

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摘要

In contrast to a 9.1° <1 0 0> tilt grain boundary, which remains straight and immobile at elevated temperatures, a 9.1° <10 0> mixed boundary easily assumes a curved shape and steadily moves under a capillary force. Molecular statics simulations suggest that this is due to the inclination dependence of grain boundary energy, which in turn depends on boundary geometry. The energy of a tilt boundary was found to change, whereas that of a mixed boundary was found not to change with boundary inclination.
机译:与9.1°<1 0 0>倾斜的晶界在高温下保持笔直且不动的相反,9.1°<10 0>的混合晶界很容易呈现出弯曲的形状并在毛细作用力下稳定地移动。分子静力学模拟表明,这是由于晶界能的倾角依赖性,而晶界能的倾角依赖性又取决于晶界几何形状。发现倾斜边界的能量改变,而发现混合边界的能量不随着边界倾斜而改变。

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