Minimalistic heteroaromatic scaffolds result from the introduction of various ortho‐bridging
moieties into triarylboranes,‐silanes,‐amines, and‐phosphines. This molecular design …

To meet the energy demands, fullerene-free organic systems have been emerging as
efficient photovoltaic materials. Therefore, we have tailored benzodithiophene-based A-π-D …

The design of low-cost and high-efficiency sensitizers is one of the most important factors in
the expansion of dye-sensitized solar cells (DSSCs). To obtain effective sensitizer dyes for …

A class of D–π–A dyes with rigid fused π-bridges comprising electron rich and deficient
segments has been investigated by means of quantum chemical calculations. To gain a …

The addition of coadsorbents and the introduction of electron-withdrawing groups in dye
sensitizers are considered feasible strategies for improving the power conversion efficiency …

Nine new donor molecules BCi (i= 1–9) of type D-π-A-π-D are explored to study their
application to improve the efficiency of OSCs. These designed molecules contain a central …

Abstract As reported,(E)-2-cyano-3-(2, 3-dipentyl-9-(7-(4-(p-tolyl)-1, 2, 3, 3a, 4, 8b-
hexahydrocyclopenta [b] indol-7-yl) benzo [c](Cui and et al., 2019; He and et al., 2017; Feng …

The ability of specific molecular acceptors in photovoltaic devices is determined by their
structure and chemical composition. Multiscale computations are important to protect …

We theoretically examine a series of anchors for dye-sensitized solar cells application, with
particular attention was paid to the potential of novel pyridinium ylide based anchors. The …

Molecular cosensitization is favorable for manipulating solar radiation through the judicious
choice of cosensitizers having complementary absorption spectra. For greenhouse …