none9siThe solubility of luminescent quantum dots in solvents from hexane to water can be finely tuned by the choice of the countercations associated with carboxylate residues present on the nanocrystal surface. The resulting nanocrystals exhibit long term colloidal and chemical stability and maintain their photophysical properties.noneAvellini, Tommaso; Lincheneau, Christophe; La Rosa, Marcello; Pertegás, Antonio; Bolink, Henk J.; Wright, Iain A.; Constable, Edwin C.; Silvi, Serena; Credi, AlbertoAvellini, Tommaso; Lincheneau, Christophe; La Rosa, Marcello; Pertegás, Antonio; Bolink, Henk J.; Wright, Iain A.; Constable, Edwin C.; Silvi, Serena; Credi, Albert
Cette thèse s’est focalisée sur le développement de nanocristaux semi-conducteurs luminescents, i.e....
Current quantum dot surface modification strategies rely heavily on ligand exchange that removes the...
Semiconductor nanocrystals are particles of nanometer size whose physico-chemical properties depend ...
The solubility of luminescent quantum dots in solvents from hexane to water can be finely tuned by ...
The solubility of luminescent quantum dots in solvents from hexane to water can be finely tuned by ...
The solubility of luminescent quantum dots in solvents from hexane to water can be finely tuned by t...
The solubility of luminescent quantum dots in solvents from hexane to water can be finely tuned by t...
We report a method for finely tune the solubility of luminescent quantum dots in solvents from hexan...
We report a method for finely tune the solubility of luminescent quantum dots in solvents from hexan...
We describe an operationally advantageous general methodology to efficiently activate lipoic acid-ba...
We describe herein an operationally advantageous general methodology for efficiently activating lipo...
We describe herein an operationally advantageous general methodology for efficiently activating lipo...
One remaining challenge in the field of colloidal semiconductor nanocrystal quantum dots is learning...
We describe herein an operationally advantageous general methodology for efficiently activating lipo...
We describe herein an operationally advantageous general methodology for efficiently activating lipo...
Cette thèse s’est focalisée sur le développement de nanocristaux semi-conducteurs luminescents, i.e....
Current quantum dot surface modification strategies rely heavily on ligand exchange that removes the...
Semiconductor nanocrystals are particles of nanometer size whose physico-chemical properties depend ...
The solubility of luminescent quantum dots in solvents from hexane to water can be finely tuned by ...
The solubility of luminescent quantum dots in solvents from hexane to water can be finely tuned by ...
The solubility of luminescent quantum dots in solvents from hexane to water can be finely tuned by t...
The solubility of luminescent quantum dots in solvents from hexane to water can be finely tuned by t...
We report a method for finely tune the solubility of luminescent quantum dots in solvents from hexan...
We report a method for finely tune the solubility of luminescent quantum dots in solvents from hexan...
We describe an operationally advantageous general methodology to efficiently activate lipoic acid-ba...
We describe herein an operationally advantageous general methodology for efficiently activating lipo...
We describe herein an operationally advantageous general methodology for efficiently activating lipo...
One remaining challenge in the field of colloidal semiconductor nanocrystal quantum dots is learning...
We describe herein an operationally advantageous general methodology for efficiently activating lipo...
We describe herein an operationally advantageous general methodology for efficiently activating lipo...
Cette thèse s’est focalisée sur le développement de nanocristaux semi-conducteurs luminescents, i.e....
Current quantum dot surface modification strategies rely heavily on ligand exchange that removes the...
Semiconductor nanocrystals are particles of nanometer size whose physico-chemical properties depend ...