Recent progress in physically transient resistive switching memory,Journal of Materials Chemistry C

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Recent progress in physically transient resistive switching memory
Journal of Materials Chemistry C ( IF 5.7 ) Pub Date : 2020-09-18 , DOI: 10.1039/d0tc03668d
Wei Hu _{1,

2,

3,

4,

5} , Ben Yang _{1,

2,

3,

4,

5} , Yanming Zhang _{1,

2,

3,

4,

5} , Yin She _{1,

2,

3,

4,

5}

Affiliation

With the aim to address the physical limits of recent non-volatile flash memory, resistive switching memory has been intensively investigated as a strong competitor of the next generation memory technology. In particular, by combining the advantages of non-volatile resistive switching memory and degradable electronics, physically transient resistive switching memory has attracted more and more attention for its great potential applications in green electronics, degradable or implanted electronic devices, and secure information storage systems. This review attempts to present prompt and comprehensive summaries of recent progress in physically transient resistive switching memories that are comparable in performance to traditional resistive switching memory and expand the potential application fields of the memory devices. First, we introduce the concept and development of physically transient electronics and resistive switching memory. Second, an overview of various degradable resistive switching materials, including organic and inorganic active films, electrodes, and substrates, is described in detail. Third, recent advances in some representative mechanisms of physically transient resistive switching memories, including resistive switching and degradable mechanisms, are reviewed. Finally, we end the review with a summary and outlook, pointing out further challenges of physically transient resistive switching memory.

中文翻译：

物理瞬态电阻开关存储器的最新进展

为了解决最近的非易失性闪存的物理限制，电阻式开关存储器已作为下一代存储器技术的强大竞争者而得到了深入研究。特别地，通过结合非易失性电阻式开关存储器和可降解电子器件的优点，物理瞬态电阻式开关存储器因其在绿色电子器件，可降解或植入的电子设备以及安全信息存储系统中的巨大潜力而受到越来越多的关注。这篇综述试图对物理瞬态电阻式开关存储器的最新进展进行迅速而全面的总结，其性能可与传统的电阻式开关存储器相媲美，并扩展了存储装置的潜在应用领域。第一，我们介绍了物理瞬态电子学和电阻开关存储器的概念和开发。其次，详细描述了各种可降解的电阻式开关材料，包括有机和无机活性膜，电极和基板。第三，回顾了物理瞬态电阻切换存储器的一些代表性机制的最新进展，包括电阻切换和可降解机制。最后，我们以总结和展望结束了本综述，指出了物理瞬态电阻开关存储器的其他挑战。第三，回顾了物理瞬态电阻切换存储器的一些代表性机制的最新进展，包括电阻切换和可降解机制。最后，我们以总结和展望结束了本综述，指出了物理瞬态电阻开关存储器的其他挑战。第三，回顾了物理瞬态电阻切换存储器的一些代表性机制的最新进展，包括电阻切换和可降解机制。最后，我们以总结和展望结束了本综述，指出了物理瞬态电阻开关存储器的其他挑战。

更新日期：2020-10-17

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