Two‐dimensional systems
Two‐dimensional systems
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二维系统
DOI：
10.1063/1.2915095
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发表时间：
1982
期刊：
影响因子：
--
通讯作者：
D. Moncton
中科院分区：
文献类型：
--
作者：
R. Pindak;D. Moncton
几乎所有促成“微技术”革命的微观小型设备都是由薄层材料组成的。这种设备几乎是二维的，许多有关该技术的最终可能性和局限性的问题需要对二维物理过程进行研究。同样，在表面物理学、膜生物学和催化化学等不同领域中出现的问题也涉及二维现象。至少与这些实际问题一样重要的是简单的智力好奇：自然在有限维度的世界中如何表现？
Nearly all the microscopically small devices that are contributing to the “microtechnological” revolution are composed of thin layers of materials. Such devices are nearly two‐dimensional, and many of the questions concerning the ultimate possibilities and limitations of the technology will require investigation of the physical processes in two dimensions. Similarly, questions that arise in such diverse fields as surface physics, membrane biology and catalytic chemistry involve two‐dimensional phenomena. At least as important as these practical questions is simple intellectural curiously: How does Nature behave in a world of limited dimensionality?