Organic thin‐film transistors (OTFTs) exhibit great potential applications in flexible logic
circuits, sensors, nonvolatile memory, etc. The vertical phase separation (VPS) structure …

The development of efficient and stable interface materials is an important part of the
research in organic photovoltaics (OPVs), which aims to realize higher efficiency, longer …

Electrode materials based on conversion reactions with lithium ions generally show much
higher energy density. One of the main challenges in the design of these electrode materials …

The photoactive layer of bulk‐heterojunction organic solar cells, in a thickness range of tens
to hundreds of nanometers, comprises phase‐separated electron donors and acceptors …

Currently, solution‐processed MoOx anode interfacial layers (AILs) can only be fabricated
by the spin‐coating method in organic solar cells (OSCs), which severely limits their use in …

High-efficiency organic solar cells (OSCs) can be produced through optimization of
component molecular design, coupled with interfacial engineering and control of active layer …

A new porous MoO 3-Fe 2 O 3 hybrid micro-octahedrons were successfully fabricated via a
simple thermolysis of cyanide-metal framework precursor of Fe 2 [Mo (CN) 8]· xH 2 O. The …

At present, most solution-processed molybdenum oxide (s-MoO x) hole transport layers
(HTLs) are still mainly used in conventional organic solar cells (OSCs) but unsuitable for …

Ultrafine transition metal oxides have great potential for efficient lithium storage but some
key problems, such as a strong tendency to aggregate and poor electrical conductivity, need …

Herein, a novel and effective method to prepare n‐doped MoOx films with highly improved
conductivity is reported. The MoOx films are readily prepared by spin‐coating an aqueous …