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固態金屬薄膜退火後的結果可以在理論和實驗方面進行許多探討，我們發現連續的金屬薄膜透過高溫退火會凝聚成離散粒子以達到較低能量的穩定態。由於高溫凝聚現象是藉由原子擴散造成，所以溫度增加會使去潤濕(dewetting)效應增強。
奈米金薄膜之退火研究
【摘 要】
：
固態金屬薄膜退火後的結果可以在理論和實驗方面進行許多探討，我們發現連續的金屬薄膜透過高溫退火會凝聚成離散粒子以達到較低能量的穩定態。由於高溫凝聚現象是藉由原子擴散造成，所以溫度增加會使去潤濕(dewetting)效應增強。
【机 构】
：
應用物理系,國立屏東大學,屏東市,Taiwan 先進薄膜製程學士學位學程,國立屏東大學,屏東市,T
【出 处】
：
2015台湾物理年会
【发表日期】
：
2015年5期
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