To improve the user experience of our web-site, we use cookies. Through visiting our website, you accept that cookies will be saved on your computer, smartphone, tablet.
Wir verwenden Cookies, um unsere Webseiten besser an Ihre Bedürfnisse anpassen zu können. Durch die Nutzung unserer Webseiten akzeptieren Sie die Speicherung von Cookies auf Ihrem Computer, Tablet oder Smartphone.
Saturday, 19 October 2019
Blue Red Green

tooth fairy coins

Chemistry: Giant hyperthermal effect in Mg-doped Fe3O4 - Friday, 09 February 2018 11:36
Biology: Nanodiamonds for antibacterial implants - Monday, 02 November 2015 21:41
Ecology: Nano-products risks overexaggerated - Tuesday, 24 June 2014 11:02

10percent QD-ink solarcells titelA new article by Aqoma et al provides additional inspiration to all those working on the development of flexible low-cost high-performance solar cells.

The authors could achieve 10% conversion efficiency by employing the PbS quantum dots as the absorbing layer. Using CQD-ink, the fabrication of active layers by single-step coating and the suppression of surface trap states are achieved simultaneously. The CQD-ink photovoltaic devices achieve much higher PCEs (10.15% with a certified PCE of 9.61%) than the control devices (7.85%) owing to improved charge drift and diffusion.

This article provides new perspectives for the development of new generation of solar cells.

 

More information available in the Advanced Materials´High-Efficiency Photovoltaic Devices using Trap-Controlled Quantum-Dot Ink prepared via Phase-Transfer Exchange

 

 

PLG_ITPSOCIALBUTTONS_SUBMITPLG_ITPSOCIALBUTTONS_SUBMITPLG_ITPSOCIALBUTTONS_SUBMITPLG_ITPSOCIALBUTTONS_SUBMIT

Add comment


Security code
Refresh

AdSence