… We will lay out the rationale for organic electronic devices … years toward their development
and application. We hope that … in organic electronics are those with intermediate energy gaps…

… of these interfaces in the function of organic electronic devices and discuss how the physico-…
to understand the energetics of the interfaces between metals (or metal oxides) and OSs. To …

… monolayer or transition metal oxide between the source/drain and organic semiconductor
has … the interface energetics and electrical characteristic of organic devices are presented. …

… energy and can easily form in many oxide semiconductors, the transition levels of V O s
are usually deep in energy … has been applied to other transition metal oxides with “quasi-closed” …

… of organic memory devices and discuss a new family of organic memristors, made of transition
metal complexes of redox active organic … with almost all organic electronic devices. Let us …

… The nodes consist of either transition metal cations or … heating,” by which microwave energy
is absorbed by a solution or a … its application prospect in flexible organic electronic devices. …

… these energy storage devices made by transition metal oxides … In this way, this critical review
considers several metal oxides (… Energy storage mechanisms and fundamental principles to …

… In this short introductory review, we will focus on energy level … We discuss energy level
bending in (ultra)thin conjugated … typically used in organic electronic devices such as PLEDs and …

… devices using metal-oxide semiconductor thin-film devices are proposed, because they have
large bandgap energy … , sensing devices using metal-oxide semiconductor thin-film devices …

… , energy conversion and energy storage devices. In addition, the scope of electrocatalytic
activities of EATM&MO can be subtly altered through the defect- and vacancy-engineering. …