There are several contradictory accounts of the changes to the emissive behavior of semiconductor nanocrystal upon a ligand exchange from trioctylphosphine/cadmium-phosphonates passivation to <i>N</i>-butylamine. This communication explains the contradictory accounts of this reaction using new insights into ligand chemistry. Also, a previously unknown link between surface emission and cadmium-phosphonate (Z-type) ligands is shown
Semiconductor nanocrystals emit light from excitons confined to their core, as well as from their su...
The expansion of the applications of direct band gap semiconductor nanocrystals (NCs) has been a res...
We address the relation between surface chemistry and optoelectronic properties in semiconductor nan...
The intricate chemistry of the surface of semiconductor nanocrystals is crucial to tailoring their o...
All nanomaterials share a common feature of large surface-to-volume ratio, making their surfaces the...
Surface chemistry bridges the gap between nanocrystal synthesis and their applications. In this resp...
Colloidal semiconductor nanocrystals (NCs) are a novel set of materials with unique properties. Due ...
Understanding the role that surface chemistry plays in modifying the optical properties of quantum d...
Appropriate surface ligands are required for tuning the physicochemical and photophysical properties...
Nanocrystals as functional materials rely heavily on their ability to interface with their immediate...
A simple method for evaluating the conditions of ligands used to stabilize photoluminescent cadmium ...
The role of ligands in passivating quantum dots has been studied in this work using Cu doping as int...
Optically bright colloidal semiconductor nanocrystals (CSNCs) are important nanomaterials because of...
We report a study of the surface-functionalization-dependent optical properties of II–VI zinc-blende...
We address the relation between surface chemistry and optoelectronic properties in semiconductor nan...
Semiconductor nanocrystals emit light from excitons confined to their core, as well as from their su...
The expansion of the applications of direct band gap semiconductor nanocrystals (NCs) has been a res...
We address the relation between surface chemistry and optoelectronic properties in semiconductor nan...
The intricate chemistry of the surface of semiconductor nanocrystals is crucial to tailoring their o...
All nanomaterials share a common feature of large surface-to-volume ratio, making their surfaces the...
Surface chemistry bridges the gap between nanocrystal synthesis and their applications. In this resp...
Colloidal semiconductor nanocrystals (NCs) are a novel set of materials with unique properties. Due ...
Understanding the role that surface chemistry plays in modifying the optical properties of quantum d...
Appropriate surface ligands are required for tuning the physicochemical and photophysical properties...
Nanocrystals as functional materials rely heavily on their ability to interface with their immediate...
A simple method for evaluating the conditions of ligands used to stabilize photoluminescent cadmium ...
The role of ligands in passivating quantum dots has been studied in this work using Cu doping as int...
Optically bright colloidal semiconductor nanocrystals (CSNCs) are important nanomaterials because of...
We report a study of the surface-functionalization-dependent optical properties of II–VI zinc-blende...
We address the relation between surface chemistry and optoelectronic properties in semiconductor nan...
Semiconductor nanocrystals emit light from excitons confined to their core, as well as from their su...
The expansion of the applications of direct band gap semiconductor nanocrystals (NCs) has been a res...
We address the relation between surface chemistry and optoelectronic properties in semiconductor nan...