粗晶粒状的

The result showed that toughness of coarse-grain zone in X70 grade steel pipe HAZ was weak.Coarse grain,granular bainite,high binate and other unbalance low temperature variation result in quantity increasing. In addition to,impact toughness of coarse grain zone decrease with the t8/5 increasing.

结果表明：粗晶区是X70级管线钢热影响区中韧性较差的区域，粗晶区韧性恶化主要是晶粒粗化以及粒状贝氏体、上贝氏体等非平衡低温转变产物数量增多造成的，且粗晶区的冲击韧性随着 t8/5 的增加而降低。

These jadeite jade specimens show mainly following texture types: granular crystalloblastic texture, equigranular crystalloblastic texture, inequigranular crystalloblastic texture, prismatic crystalloblastic texture, f...

主要的结构类型有粒状变晶结构(粗粒状、中粒状、细粒状及微粒状)、等粒变晶结构、不等粒变晶结构、柱状变晶结构、纤维状变晶结构、碎斑结构、交代结构、糜棱结构及碎裂结构等。

For the heat input of 8kJ/cm and preheated temperature of 60℃, impact toughness value of specimen was highest for the formation of fine grains and a certain quantity of granular bainite which can effectively partite lath bainite.

当采用8kJ/cm的线能量和60℃的预热温度时，粗晶区的晶粒较细，组织由板条贝氏体和一定量的粒状贝氏体组成，由于粒状贝氏体对板条贝氏体的分割作用，使板条贝氏体的长度较小，方向性差，表现的韧性最优越。

The effect of granular bainite on impact toughness of CGHAZ of Ultra-low carbon copper-bearing age hardening steel was studied.

研究了粒状贝氏体对超低碳含铜时效钢粗晶热影响区冲击韧性的影响。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。