Platinum complexes have attracted increasing attention because of their intriguing
photophysical and anticancer activities. They are considered excellent building blocks for …

We present an experimental and theoretical study of aggregate excited states formed by
complexes of the type Pt (N^ C^ N) Cl, which display near-infrared (NIR) photoluminescence …

We present a study of aggregate excited states formed by complexes of the type Pt (N^ C^
N) X, where N^ C^ N represents a tridentate cyclometallating ligand, and X= SCN or I. These …

Ligands play a crucial role in the supramolecular photoluminescence properties of Pt (II)
square-planar complexes. To improve the luminescence color responses of N∧ C∧ N …

The exploration of near-infrared (NIR) emitting materials has been drawing great research
interest due to their applications in many fields of technology and medicine. However, such …

Pt (II) metal complexes are known to exhibit strong solid‐state aggregation and are
promising for realization of efficient emission in fabrication of organic light emitting diodes …

Many luminescent platinum (II) complexes undergo face-to-face interactions between
neighbouring molecules, leading to bimolecular excited states that may emit at lower energy …

A new square-planar platinum (II) complex, Pt (Me 3 SiC≡ CbpyC≡ CSiMe 3)(Ctriple
bondCC 6 H 4–Me-4) 2 (1) was synthesized and characterized. This complex has a series of …

To achieve near-infrared (NIR) emitters with high photoluminescence quantum yield,
reduction of nonradiative decay is necessary. There, the energy gap law dictates that as the …

Three functional pyrazinyl pyrazolate Pt (II) complexes [Pt (fprpz) 2](1),[Pt (2fprpz) 2](2), and
[Pt (5fprpz) 2](3), each with CF3, CF2H, and C2F5 substituents on pyrazolate, were …