Halbleitende organisch‐anorganische Nanokomposite wurden durch eine katalysatorfreie
Klick‐Reaktion von Ethinyl‐substituiertem Poly (3‐hexylthiophen)(P3HT) mit Azid …

A liquid-phase IR strategy based on bi-phase HCl digestion of colloidal nanocrystals is
developed for quantitative determination of their most common surface ligands─ alkanoate …

Because of the large surface-to-volume ratio of colloidal nanocrystals (NCs), surfactant
molecules grafted at the NC surface play an important role in NC growth, interparticle …

Recent advances in the synthesis [1] and assembly [2] of nanocrystals (NCs) provide unique
opportunities to exploit NCs for the development of next generation organic/inorganic hybrid …

Pinned emission from ultrasmall (< 1.7 nm) CdSe nanocrystals is dominated by surface trap
state emission. In sharp contrast to bulk defect emission, optical properties of the nanocrystal …

As ligand functionalization of nanomaterials becomes more complex, methods to
characterize the organization of multiple ligands on surfaces is required. In an effort to …

We studied the influence of chloride ions (Cl–), introduced as CdCl2, on the seeded growth
synthesis of colloidal branched CdSe (core)/CdS (pods) nanocrystals. This is carried out by …

Abstract Several types of Quantum Dots (QDs)(CdS, CdSe and InP, as well as core‐shell
QDs such as type I InP‐ZnS, quasi type‐II CdSe‐CdS and inverted type‐I CdS‐CdSe) were …

To capitalize on shape-and structure-dependent properties of semiconductor nanorods
(NRs), high-precision control and exquisite design of their growth are desired. Cadmium …

We investigated systematically the temperature dependence of the spectral properties such
as the band gap, bandwidth and fluorescence intensity of CdSe/CdS dot-in-rod …