本文采用Gasar工艺(金属-气体共晶定向凝固)，通过使热流径向传递，成功制备了具有二维径向气孔分布的放射状多孔金属Mg，并研究了其结构特点以及气体压力等对气孔率、气孔大小和分布的影响。
By use of the Gasar process (unidirectional solidification of metal-gas eutectic), porous magnesium samples with radial pore distribution have been fabricated successfully through altering the heat transferring from the axial to radial direction. In addition, this paper also studied the structural features and the effect of gas pressure on porosity, pore size and distribution.
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