Two-dimensional molecular charge density waves in single-layer-thick islands of a dirac fermion system

KZ Latt, JA Schlueter, P Darancet, SW Hla - ACS nano, 2020 - ACS Publications
Charge density waves have been intensely studied in inorganic materials such as transition
metal dichalcogenides; however their counterpart in organic materials has yet to be …
被引用次数：9 相关文章

Two-Dimensional Molecular Charge Density Waves in Single-Layer-Thick Islands of a Dirac Fermion System

KZ Latt, JA Schlueter, P Darancet, SW Hla - ACS Nano, 2020 - osti.gov
Charge density waves have been intensely studied in inorganic materials such as transition
metal dichalcogenides however its counterpart in organic materials has yet to be explored in …

Two-Dimensional Molecular Charge Density Waves in Single-Layer-Thick Islands of a Dirac Fermion System

KZ Latt, JA Schlueter, P Darancet, SW Hla - ACS nano, 2020 - scholars.northwestern.edu
Charge density waves have been intensely studied in inorganic materials such as transition
metal dichalcogenides; however their counterpart in organic materials has yet to be …

Two-Dimensional Molecular Charge Density Waves in Single-Layer-Thick Islands of a Dirac Fermion System

KZ Latt, JA Schlueter, P Darancet, SW Hla - ACS nano, 2020 - pubmed.ncbi.nlm.nih.gov
Charge density waves have been intensely studied in inorganic materials such as transition
metal dichalcogenides; however their counterpart in organic materials has yet to be …

Two-Dimensional Molecular Charge Density Waves in Single-Layer-Thick Islands of a Dirac Fermion System.

KZ Latt, JA Schlueter, P Darancet, SW Hla - ACS Nano, 2020 - europepmc.org
Charge density waves have been intensely studied in inorganic materials such as transition
metal dichalcogenides; however their counterpart in organic materials has yet to be …