Erratum: Synthesis of In37P20(O2CR)51 Clusters and Their Conversion to InP Quantum Dots

Resumo

An erratum was issued for: Synthesis of In₃₇P₂₀(O₂CR)₅₁ Clusters and Their Conversion to InP Quantum Dots.  The Representative Results were updated.

Resumo

An erratum was issued for: Synthesis of In₃₇P₂₀(O₂CR)₅₁ Clusters and Their Conversion to InP Quantum Dots.  The Representative Results were updated.

The fifth sentence in the second paragraph of the Representative Results was updated from:

The ³¹P NMR spectrum of myristate-capped InP clusters shows 11 distinct peaks (2 P atoms on the C₂ axis that each give a unique peak and the remaining 18 P each have a symmetry equivalent, resulting in an additional 9 peaks) ranging from -256 to -311 ppm (Figure 1d)²⁶.

to:

The ³¹P NMR spectrum of myristate-capped InP clusters shows 11 distinct peaks (2 P atoms on the C₂ axis that each give a unique peak and the remaining 18 P each have a symmetry equivalent, resulting in an additional 9 peaks) ranging from -187 to -242 ppm (Figure 1d)²⁶. 

Figure 1 in the Representative Results was updated from:

to:

Protocolo

An erratum was issued for: Synthesis of In₃₇P₂₀(O₂CR)₅₁ Clusters and Their Conversion to InP Quantum Dots.  The Representative Results were updated.

The fifth sentence in the second paragraph of the Representative Results was updated from:

The ³¹P NMR spectrum of myristate-capped InP clusters shows 11 distinct peaks (2 P atoms on the C₂ axis that each give a unique peak and the remaining 18 P each have a symmetry equivalent, resulting in an additional 9 peaks) ranging from -256 to -311 ppm (Figure 1d)²⁶.

to:

The ³¹P NMR spectrum of myristate-capped InP clusters shows 11 distinct peaks (2 P atoms on the C₂ axis that each give a unique peak and the remaining 18 P each have a symmetry equivalent, resulting in an additional 9 peaks) ranging from -187 to -242 ppm (Figure 1d)²⁶.

Figure 1 in the Representative Results was updated from:

to: