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DR-NTU (Data) is for research data deposit. For research paper deposits, please use DR-NTU.

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Fig.5a.opju
May 3, 2020 - Realizing reduced imperfections via quantum dots interdiffusion in high efficiency perovskite solar cells
Unknown - 44.3 KB - MD5: da3b4f65d52412deac3905483c0db339
Fig.5a.png
Fig.5a.png
May 3, 2020 - Realizing reduced imperfections via quantum dots interdiffusion in high efficiency perovskite solar cells
PNG Image - 74.1 KB - MD5: 31ee6667c46cf885eb87ca6ee6a7ec09
Fig.5b.opju
May 3, 2020 - Realizing reduced imperfections via quantum dots interdiffusion in high efficiency perovskite solar cells
Unknown - 25.6 KB - MD5: e9d5fad3a83d7de61b05828f6d374f85
Fig.5b.png
Fig.5b.png
May 3, 2020 - Realizing reduced imperfections via quantum dots interdiffusion in high efficiency perovskite solar cells
PNG Image - 67.8 KB - MD5: 1c40f4df835c3a4d58d608b451f58956
Fig.5c.opju
May 3, 2020 - Realizing reduced imperfections via quantum dots interdiffusion in high efficiency perovskite solar cells
Unknown - 58.3 KB - MD5: 504b9384c5ac551d41d58ec25393bf3e
Fig.5c.png
Fig.5c.png
May 3, 2020 - Realizing reduced imperfections via quantum dots interdiffusion in high efficiency perovskite solar cells
PNG Image - 48.1 KB - MD5: 69eaa6e6037eaacddc2adab87dd54dc0
Fig.5d.png
Fig.5d.png
May 3, 2020 - Realizing reduced imperfections via quantum dots interdiffusion in high efficiency perovskite solar cells
PNG Image - 783.1 KB - MD5: 7025063333502747eb61cecfd27c37c8
FigS.pptx
May 3, 2020 - Realizing reduced imperfections via quantum dots interdiffusion in high efficiency perovskite solar cells
MS Powerpoint - 3.7 MB - MD5: e430fbca9a266ffaebe3ebc46062de98
Lin Xie (Nanyang Technological University)
May 3, 2020Energy Research Institute @ NTU
Replication Data for: Heavy Water Additive in Formamidinium: A Novel Approach to Enhance Perovskite Solar Cell Efficiency
May 1, 2020 - Ankur Solanki
Ankur, Solanki; Mohammad Mahdi Tavakoli; Qiang Xu; Sai S.H. Dintakurti; Swee Sien Lim; Anirban Bagui; John V. Hanna; Jing Kong; Sum, Tze Chien, 2020, "Replication Data for: Heavy Water Additive in Formamidinium: A Novel Approach to Enhance Perovskite Solar Cell Efficiency", https://doi.org/10.21979/N9/31GZP9, DR-NTU (Data), V1
Heavy water or deuterium oxide (D2O) comprises of deuterium, a hydrogen isotope twice the mass of hydrogen. Contrary to the disadvantages of deuterated perovskites, such as shorter recombination lifetimes and lower/invariant efficiencies, we herein divulge the serendipitous effec...
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