OFET Device Evaluation of High-Performance S-Shaped Organic Semiconductor “S-DNTT-10”
S-DNTT-10 [D5796] possesses excellent features such as high mobility of 11 cm2/Vs, air stability, high solubility, and good thermal stability. TCI has performed and completed fabrication and evaluation of OFET devices in our laboratory. You can see the device fabrication procedure and device performance of S-DNTT-10-based OFET on our website.
High-capacity Organic Rechargeable Battery System without Conductive Additives
Secondary batteries, although being widely used, require further improvement in their performance due to increasing demand. Conventional battery systems using organic materials require a large amount of conductive additives and result in the decrease of battery capacity owing to their low conductivity. Kobayashi et al. reported a rechargeable battery system that is free from conductive additives and can be charged and discharged at high speed by the combination of charge-transfer complex TTF/TCNQ [T2468] as an electrode with an aqueous solution of sodium bromide.
Long Lifetime, Alkaline-Water Soluble Redox Flow Battery Materials
2,6-DBEAQ [D5764] and 2,6-DPPEAQ [D5765] are highly alkali-soluble quinone-based organic materials due to carboxylate or phosphonate terminal groups. They can be applied to a long-lifetime, aqueous redox-flow battery that can operate at pH ≦12. It has been reported that the near-neutral flow battery shows a low capacity fade rate by pairing 2,6-DBEAQ or 2,6-DPPEAQ negative electrolyte with a potassium ferricyanide/ferrocyanide positive electrolyte.
* The prices displayed in the landing website are USD based catalog prices. TCI has specific website and local currency based price list for customers in South Korea, Singapore, and Australia. For customers in other Asia Pacific countries / regions, please visit our Asia Pacific Website and contact our local distributors for the end user's cost. (The USD prices that are shown in Asia Pacific websites are TCI's catalog prices.) Please visit each country/region's website from the following links and confirm the prices. https://www.TCIchemicals.com