A facile two-step strategy was proposed to modify ZnO nanoparticle electron transfer layer in
inverted ternary-blend polymer solar cells (TPSCs) by irradiating the ZnO with UV-ozone …

The recent breakthrough in power conversion efficiencies (PCEs) of polymer solar cells
(PSCs) that contain an active layer of a ternary system has achieved values of 18–19%; this …

The rational design of the morphology of ternary all-polymer solar cells (all-PSCs) having
broadened photon harvesting is crucial to achieve high device performance. However …

Recently ternary polymer solar cells (PSCs) have shown big potential to enhance the
photovoltaic performance, however, the relevant systematic studies based on thick-film …

A smart ternary strategy was designed to improve the performance of ternary polymer solar
cells (TPSCs) by doping high-mobility conjugated polymer poly {2, 2'-(2, 5-bis (2 …

In this work, we demonstrate the first successful multiple blend polymer solar cells (PSCs)
via a multiple cascade energy level alignment strategy which also have more efficient …

Emerging organic solar cells based on a ternary strategy is one of the most effective
methods for improving the blend film morphology, absorption ability, and device …

All-polymer solar cells (all-PSCs), which utilize polymer donor (PD)/polymer acceptor (PA)
blend films as the photoactive layer, have attracted considerable attention and achieved …

In this work, ternary polymer solar cells (PSCs) were constructed with PTB7-Th as the host
donor, O-IDTBR as the acceptor, and P3HT as the third component material. Two binary …

To further improve the photovoltaic performance of the polymer solar cells (PSCs), it is an
essential and significantly challenging issue to synergistically minimize non-radiative energy …