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Nanographene – A Scaffold of Two‐Dimensional Materials
The Chemical Record, 2021AbstractSubstances can be divided into 0D to 3D species based on the number of repeating units (atom, ion, and molecule) and their arrangements in space (point, linear, layer, and solid). Discrete substances belong to 0D species, polymers are examples of 1D species, and molecular crystals are 3D species.
Ryo Sekiya, Takeharu Haino
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2016
In this chapter we present the recently discovered two-dimensional materials and their physical properties, which are useful for nanoelectronic devices. The synthesis methods play a central role in this chapter, since this is the key issue in the further development of this new emerging area of research.
Mircea Dragoman, Daniela Dragoman
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In this chapter we present the recently discovered two-dimensional materials and their physical properties, which are useful for nanoelectronic devices. The synthesis methods play a central role in this chapter, since this is the key issue in the further development of this new emerging area of research.
Mircea Dragoman, Daniela Dragoman
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Hourglass Fermion in Two-Dimensional Material
Physical Review Letters, 2019The hourglass fermion, as an exotic quasiparticle protected by nonsymmorphic symmetry, has excited great research interest recently. However, its bulk counterpart in two-dimensional (2D) solid-state materials has seldom been studied. In this Letter, we propose a 2D rectangular lattice made of p_{x} and p_{y} orbitals with glide mirror symmetry but ...
Z. F. Wang, Bing Liu, Wei Zhu
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Two-Dimensional Material Confined Water
Accounts of Chemical Research, 2014CONSPECTUS: The interface between water and other materials under ambient conditions is of fundamental importance due to its relevance in daily life and a broad range of scientific research. The structural and dynamic properties of water at an interface have been proven to be significantly difference than those of bulk water.
Qiang, Li +3 more
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2018
The first study of an atomically thin material was published by Wallace (Phys Rev 71(9):622, [1]) in 1947. Wallace was studying the electronic properties of graphite: he started his study by considering the electronic properties of a single layer of graphite (later termed graphene) and then extended this to bulk graphite.
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The first study of an atomically thin material was published by Wallace (Phys Rev 71(9):622, [1]) in 1947. Wallace was studying the electronic properties of graphite: he started his study by considering the electronic properties of a single layer of graphite (later termed graphene) and then extended this to bulk graphite.
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Atomic Defects in Two Dimensional Materials
Advanced Materials, 2015Atomic defects in crystalline structures have pronounced affects on their bulk properties. Aberration‐corrected transmission electron microscopy has proved to be a powerful characterization tool for understanding the bonding structure of defects in materials.
Haider I, Rasool +2 more
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Synthesis of a Carbonaceous Two-Dimensional Material
ACS Applied Materials & Interfaces, 2019Despite tremendous accomplishments achieved in 2D materials, little progress has been made in carbonaceous 2D materials beyond graphene and graphene oxide. Here, we report a 2D material of carbonaceous nanoplates (CANP). The bottom-up synthesis of CANP is green, separation-free, and massive.
Taewoo Kim +7 more
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Catalysis with two-dimensional materials and their heterostructures
Nature Nanotechnology, 2016Graphene and other 2D atomic crystals are of considerable interest in catalysis because of their unique structural and electronic properties. Over the past decade, the materials have been used in a variety of reactions, including the oxygen reduction reaction, water splitting and CO2 activation, and have been shown to exhibit a range of catalytic ...
Dehui Deng +5 more
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The Rise of Two-Dimensional Materials
Accounts of Chemical Research, 2015Benoit, Dubertret +2 more
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Polymorphism in Post-Dichalcogenide Two-Dimensional Materials
Chemical Reviews, 2021Hadallia Bergeron, Dmitry Lebedev
exaly