1) sympathetic nucleation ledgewise growth
激发形核-台阶长大
2) sympathetic nucleation-ledgewise growth
激发形核-台阶生长
3) stepped grow
台阶长大
4) growth ledge
长大台阶
5) nucleation and growth
形核长大
1.
During the dehydrogenation process, its phase transformation period includes nucleation and growth, and steady growth of the new phase with no new crystal nucleus appearing, according to the change of Avrami index.
5,即储氢材料很快进入已形成相的增厚阶段;在150~200℃范围内,温度变化对吸氢相转变影响不大,但影响相转变速率;放氢过程中,根据Avrami指数的变化,相转变基本过程为形核长大阶段和新相继续稳定长大阶段(无新的晶核形成),温度变化同样影响其放氢速率,但对其放氢过程的相转变规律影响不大。
6) sympathetic-ledgewise mechanism
激发-台阶机制
1.
Based on the ledgewise growth theory, a sympathetic-ledgewise mechanism and its transformation model describing bainitic formation in both steels and non-ferrous alloys have been presented.
并首次基于台阶长大理论，提出贝氏体相变的激发－台阶机制及其相变模型。
补充资料：晶体中的元激发(见固体中的元激发)
晶体中的元激发(见固体中的元激发)
elementary excitation in crystal
晶体中的元激发eleme讯ary excitation Incrvstal见固体中的元激发。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条