NIMTE OpenIR  > 2018专题
Understanding the fast crystallization kinetics of In-Sb-Te by using ultrafast calorimetry
Mu, Sen; Chen, Yimin; Pan, Hongbo; Wang, Guoxiang; Wang, Junqiang; Wang, Rongping; Shen, Xiang; Dai, Shixun; Xu, Tiefeng; Nie, Qiuhua
2018
发表期刊CRYSTENGCOMM
卷号20期号:2页码:159-163
摘要Obtaining information about crystallization kinetics is crucial to understand the transformation speed of phase-change materials and select materials for phase-change memory. In the current work, we first investigated the temperature dependence of the resistance of undoped and In-doped Sb4Te films and found that the crystallization temperature (T-p) and 10-year data retention of Sb4Te increased significantly when it was doped with In. We further employed ultrafast differential scanning calorimetry to explore the crystallization kinetics of In-doped Sb4Te with various compositions, and found In-20(Sb4Te)(80) to have has the fastest crystallization rate (similar to 7.1 m s(-1) at 726.2 K). The In-20(Sb4Te)(80) film exhibited a high Tp (similar to 503 K), better data retention ability (similar to 418.7 K for 10 years), and ultrafast crystallization with strong non-Arrhenius behavior. These results indicated In-20(Sb4Te)(80) to be a promising candidate for use in applications of phase change materials.
关键词Phase-change Materials Change Memory Applications Thin-films Data-storage Alloy-films High-speed Glasses Liquids Ag
学科领域Science & Technology - Other Topics ; Materials Science ; Metallurgy & Metallurgical Engineering
语种英语
文献类型期刊论文
条目标识符http://ir.nimte.ac.cn/handle/174433/16877
专题2018专题
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GB/T 7714
Mu, Sen,Chen, Yimin,Pan, Hongbo,et al. Understanding the fast crystallization kinetics of In-Sb-Te by using ultrafast calorimetry[J]. CRYSTENGCOMM,2018,20(2):159-163.
APA Mu, Sen.,Chen, Yimin.,Pan, Hongbo.,Wang, Guoxiang.,Wang, Junqiang.,...&Nie, Qiuhua.(2018).Understanding the fast crystallization kinetics of In-Sb-Te by using ultrafast calorimetry.CRYSTENGCOMM,20(2),159-163.
MLA Mu, Sen,et al."Understanding the fast crystallization kinetics of In-Sb-Te by using ultrafast calorimetry".CRYSTENGCOMM 20.2(2018):159-163.
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