Sentence examples for organic electronic device from inspiring English sources
As a result, this study clearly demonstrated that the highly pure PEDOT nanofilm could be employed as a key component in a commercial hybrid organic electronic device in the very near future.
The converter functionality is demonstrated by selecting and tuning its constituents so that it can effectively drive a low-voltage organic electronic device, a light-emitting electrochemical cell (LEC), when connected to high-voltage AC mains.
Due to the low fabrication costs and wide applications, such as large area sensor arrays, flat panel displays, and radio frequency identification tags, organic field-effect transistors (OFETs) as an emerging kind of organic electronic device have been extensively researched in the past few decades [1 3].
In organic electronic devices, for example, the low electron mobility and fast recombination times require organic layers to be less than 100-nm thick (typically 40 to 80 nm depending on the device and materials used) [15, 16].
Years of intensive research on organic electronic devices have taught us that supramolecular interactions and organization have a major influence on their final performance.
Key parameters for organic semiconductors used as active layers in organic electronic devices are: solution processability, charge carriers mobility as well as the electron affinity (EA) and the ionization potential (IP) which determine their redox properties and by consequence their air stability.
These fundamental results would lead the suggestion in fabrication and performance of organic electronic devices.
Interface losses at metal/organic interface is a critical issue in organic electronic devices.
Low-cost and scalable manufacturing boosts organic electronic devices with all solution process.
An advanced design concept for organic electronic devices relying on functional polymers is presented.
Our results pave a way for advancing MoOx-based organic electronic devices with solution-processable techniques.
