1·The stress change in crystal grain is also discussed in this paper.
探讨了晶粒内应力变化的原因。
2·The influence of the initial crystal grain size is also investigated.
并对原始晶粒尺寸的影响作了初步研究。
3·The topography of crystal grain of potassium niobate was also analyzed by SEM.
并通过SEM分析了铌酸钾的晶粒形貌。
4·The crystal grain size is the important factor for performance of cast-rolling aluminium stocks.
晶粒度是影响铸轧铝板坯性能的重要因素。
5·The result shows that the size of crystal grain obtained by EMC in suitable technique can be refined.
结果表明：合适与匹配的连铸工艺和电磁场处理可使镁铸坯晶粒组织细化。
6·The result of WAXD analysis told us that add of the amount of PBT make the crystal grain dimension bigger.
X衍射结果表明PBT含量的增加使晶体的晶粒尺寸略有增加。
7·From the XRD spectrum it is found that the annealing plays a key part in the nano crystal grain forming and growing.
结合XRD谱图分析结果可发现，退火处理对纳米晶粒的形成与长大起着关键作用。
8·Furthermore, the crystal grain size is larger, and the zonal structure can be universally observed in the late stage.
结晶颗粒较大，并且，普遍可以观察到石榴石环带结构。
9·Crystal grain size along the normal direction of the (110), is one of the important factors affecting the slope factor.
合金（110）面法线方向上晶粒尺度的大小是影响合金放氢平台斜率系数的因素之一。
10·The crystal grain growth inhibitor and it's inhibiting mechanism in super fine cemented carbides are summarized in this paper.
本文综述了近几年超细硬质合金中晶粒生长抑制剂及其机理的研究概况。
1·Crystal grain size along the normal direction of the (110), is one of the important factors affecting the slope factor.
合金（110）面法线方向上晶粒尺度的大小是影响合金放氢平台斜率系数的因素之一。
2·From the XRD spectrum it is found that the annealing plays a key part in the nano crystal grain forming and growing.
结合XRD谱图分析结果可发现，退火处理对纳米晶粒的形成与长大起着关键作用。
3·The influence of the initial crystal grain size is also investigated.
并对原始晶粒尺寸的影响作了初步研究。
4·The crystal grain growth inhibitor and it's inhibiting mechanism in super fine cemented carbides are summarized in this paper.
本文综述了近几年超细硬质合金中晶粒生长抑制剂及其机理的研究概况。
5·An increase in crystal grain size of co-polypropylene probably resulted in a decrease in the specific nonessential work of fracture, which induced less ability in preventing fracture for long time.
共聚聚丙烯的晶粒尺寸较大可能造成其比基本断裂功减小，致使其耐长期破裂行为较差。