Glad to share our recent paper on @Joule_CP: Designing a hole-transporting bilayer for carbon electrode interface, a step towards efficient and fully printable perovskite solar cells. https://t.co/L26IbvDkua
In life and time-resolved photoluminescence measurements, sometimes a different perspective helps!
@WeidongXu7 excites his #perovskite films from top/bottom side & with different wavelengths to study #solarcell's charge carrier trapping and mobilities.
https://t.co/IhsryfPF2P
I am pleased to share our new paper in @NanoLetters that visualizes the nanoscale defective clusters in spin-coated perovskite films, showing how they can be removed by simple post-annealing grain growth without passivation agents. https://t.co/HD2SJu7xek
Instead of doing actual deposition but just running through the pure solvent, the aerosol assisted CVD system enables great opportunities for facile and reproducible post-annealing treatment on perovskite films. Check out our latest work
Great to see this collaborative work published @Briscoelab_qmul@dr_tmac@durrant_group@CateDucati@CPE_Imperial Aerosol Assisted Solvent Treatment: A Universal Method for Performance and Stability Enhancements in Perovskite Solar Cells https://t.co/03vAFWYbA9
Fantastic evening! Nice weather, wonderful food & beer, football games and lovely people! Thank you Tom @dr_tmac for organizing this. A pity that we missed @kcabgnikool here.
@Tom_Fowdy More critically, all political resources have concentrated on correcting initial mistakes, repalcing incompetent officials, allocating medical supplies nationwide, vice PM overseeing in Wuhan, following medic experts' advice...... INSTEAD OF finding someone to blame
Check out our new publication on the role of HTL doping in p-i-n perovskite solar cells, highlighting that the design rule of charge transport layer is essentially different between OPV and perovskite.@durrant_group@kcabgnikool@CPE_Imperial https://t.co/8cdJWM0Mto