Despite the dramatic advances of two-dimensional vertical heterostructure, the controlled
growth and potential applications in light emitting devices of these heterostructures have not …

The unique interaction of electrons and ions in film blends of light-emitting polymers and
electrolytes can realize the operation of light-emitting electrochemical cells (LECs) in which …

To maximize luminescent brightness in organic light-emitting diode (OLED) systems, charge
transport dynamics of emissive layer is needed to be controlled. Herein, we pattern aligned …

Abstract Light Emitting Polymers (LEPs) have gained attention in optoelectronics. However,
stability and regulation of emission color remain a challenge. This study aims to overcome …

Herein, transparent organic light‐emitting diodes (T‐OLEDs) are presented with excellent
light‐emission performance achieved by virtue of optically transparent functional layers. In …

A polymer blend system F81–x: SY x based on poly (9, 9-dioctylfluorene)(F8) from the family
of polyfluorenes (PFO) and a poly (para-phenylenevinylene)(PPV) derivative superyellow …

The deposition conditions of polymer thin film and the solutions chemical composition were
optimized. The possibility of replacing a liquid electrolyte in a photovoltaic cell with a thin film …

We have developed a strategy for modifying the channel layer of organic thin film transistors
(OTFTs) through side-chain induced self-organization into a well-ordered film. To obtain …

A blend of two hole‐dominant polymers is created and used as the light emissive layer in
light‐emitting diodes to achieve high luminous efficiency up to 22 cd A− 1. The polymer …

A metal-organic-metal (MOM) type Schottky diode based on poly (triarylamine)(PTAA) thin
films has been fabricated by using the spin coating method. Investigation of the frequency …