Organic Electronics

Figure 1 to Figure 6

All the original data for Figure 1-6 are attached.

Figure 1 to Figure 6

Natural Chicken Albumen Gate Dielectric for Coplanar Oxide Electrochemical Transistors with Tunable Threshold Voltage

The properties such as thermal, solubility, optical properties and the electrochromic characteristics of the polymers were studied as well. The memory behaviors of PEDOTs and PTHIOs were characterized by a simple sandwich device.

There are ten files were included in the the original data, Fig. 2(d) and Fig. 3 to Fig. 11.

Supplementary informations linked to the article "A DNA Hydrogel Gated Organic Field Effect Transistor" by J. Pallu and co-workers.

Supporting information

supplementary material

The effectiveness of dual additives on improving the film quality of CsPbBr3 and the performance of its derived LED was manifested by introducing perovskite nanocrystals into a hybrid matrix consisting of polymer (PEO) and small molecule (TPBi). It is revealed that the blended PEO enhances film quality and smoothness while the blended TPBi promotes the electron injection efficiency. This cooperative effect simultaneously improves the device reliability and rectifies the electron and hole injection imbalance, enabling a substantial increase in the luminance and current efficiency of the derived LEDs.