Debendra Prasad Panda
181 posts

Debendra Prasad Panda
@PRASADDEBENDRA
Photovoltaics | Materials Chemist | Postdoc @ University of Naples Federico II | PhD @ JNCASR
Naples, Italy Katılım Temmuz 2012
215 Takip Edilen289 Takipçiler

@PRASADDEBENDRA Na mu aau kichhi kahibini... Nahele kahiba drusti pakeideuchhi boli.
Eesti

In our recent article, we explored thermal evaporation of CsSnI₃ and show that incorporating SnF₂ effectively mitigates self p-doping, reducing the hole density by an order of magnitude, which is crucial for stable tin perovskite solar cells.
pubs.acs.org/doi/10.1021/ac…
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Pleased to share our book discussing the key advances in perovskite solar cells, spanning from materials development to various strategies that improve device efficiency and stability.
@AntonioAbate83 @GuixiangLi @mengli0806
a.co/d/54ecd1d
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Congratulations, Prof. Tapas K. Maji @jncasr, on receiving the @Clarivate India Research Excellence -Citation Award 2025 in Natural Sciences for outstanding research contributions.
clarivate.com/news/clarivate…
@Maji_TK

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@ghara_somnath @PhysRevLett Congratulations bhaiya
Filipino

Excited to share our new paper in Physical Review Letters!
We show that voltage pulses can switch antiferromagnetic domains in an insulating antiferromagnet – all within just a few tens of nanoseconds. @PhysRevLett
journals.aps.org/prl/abstract/1…
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@PRASADDEBENDRA @AmerChemSociety Hearty Congratulations Bhai...👏👏
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Received the @AmerChemSociety Best Poster Award at #PSCO2025 in Perugia, Italy for our work on advancing DMSO-free tin perovskite solar cells toward efficient and sustainable photovoltaics.


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Glad to share our recent publication, where we have achieved indoor photovoltaic efficiency of 11.9% for DMSO-free tin perovskites with excellent long-term stability. Grateful to my mentor and collaborators for their support.
pubs.acs.org/doi/10.1021/ac…
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Excited to share my first author publication in @angew_chem!🎉 We report rare conduction band convergence and modular misfit nanostructures give an exceptional thermoelectric performance in n-type PbSe (zT= 1.8). Grateful to my co-authors @TanejaVaishali1 @DebattamS
Kanishka Biswas@kanishkabiswas
Mo 4d orbital induced rare conduction band convergence and misfit nanostructures boost thermoelectric zT to 1.8 in n-type PbSe. Successful collaboration between @jncasr @iiscbangalore @IITKanpur @IISERPune Just out in @angew_chem @ANRFIndia @IndiaDST onlinelibrary.wiley.com/doi/10.1002/an…
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