Molecular Layer Deposition (MLD): Monomolecular-Step Growth of Polymers with Designated Sequences
Molecular Layer Deposition (MLD): Monomolecular-Step Growth of Polymers with Designated Sequences
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分子层沉积 (MLD)：具有指定序列的聚合物的单分子逐步生长
DOI：
10.1002/masy.201400233
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发表时间：
2016
影响因子：
--
通讯作者：
T. Yoshimura
中科院分区：
文献类型：
--
作者：
千藤彰大，西田哲，牟田浩司，栗林志頭眞;兼松雅斗，西田哲，牟田浩司，栗林志頭眞;三和寛之，西田哲，牟田浩司，野々村修一，栗林志頭眞;岡田俊，牟田浩司，西田哲，栗林志頭眞;滝下裕基，牟田浩司，西田哲，栗林志頭眞;廣井将平，牟田浩司，西田哲，栗林志頭眞;井関将仁，西田 哲，牟田浩司，栗林志頭眞;松永卓真，井関将仁，西田哲，牟田浩司，栗林志頭眞;T. Yoshimura
具有特定分子排列的定制有机薄膜有望提供各种光子/电子器件，因为它们具有优化性能或通过控制电子波函数形状来产生新功能的能力。分子层沉积(MLD)是一种很有前途的定制有机薄膜制备方法，它可以实现单分子步进有机薄膜的生长。在本报告中，首先描述了MLD的概念和实验演示。其次，介绍了MLD的三种主要功能，即超薄/共形、定制和选择性有机薄膜生长，并对基于这些功能的MLD的应用进行了综述，重点介绍了我们开发的聚合物多量子点。最后提出了分子靶向给药治疗肿瘤的MLD概念建议。
Tailored organic thin films with designated molecular arrangements are expected to provide a variety of photonic/electronic devices due to their ability to optimize the performance or to generate new functions by controlling the electron wavefunction shapes. Molecular Layer Deposition (MLD), which enables monomolecular‐step organic film growth, is one of the promising fabrication processes of tailored organic thin films. In the present report, first, the concept and an experimental demonstration of MLD are described. Next, after three featured capabilities of MLD, namely, ultra‐thin/conformal, tailored, and selective organic film growth are presented, applications of MLD based on these capabilities are reviewed, emphasizing polymer multiple quantum dots we have developed. Finally, conceptual proposal of MLD for the molecular targeted drug delivery for cancer therapy is suggested.