Kylie Catchpole

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Klaus WeberProfessor of Engineering, Australian National UniversityEmail yang diverifikasi di anu.edu.au
Heping ShenAssociate Professor, Australian National UniversityEmail yang diverifikasi di anu.edu.au
Jun PengPhD, Soochow University, Australian National UniversityEmail yang diverifikasi di suda.edu.cn
The DuongFellow, Australian National UniversityEmail yang diverifikasi di anu.edu.au
Fiona Jean BeckThe Australian National UniversityEmail yang diverifikasi di anu.edu.au
YiLiang WuEmail yang diverifikasi di auner.cn
Daniel WalterSenior Research Fellow, Australian National UniversityEmail yang diverifikasi di anu.edu.au
Martin A GreenUniversity of New South WalesEmail yang diverifikasi di unsw.edu.au
Sudha MokkapatiMonash UniversityEmail yang diverifikasi di monash.edu
Andrew BlakersAustralian National UniversityEmail yang diverifikasi di anu.edu.au
Hieu T. NguyenHonorary Associate Professor, The Australian National UniversityEmail yang diverifikasi di anu.edu.au
Supriya PillaiUniversity of New South Wales/ Macquarie UniversityEmail yang diverifikasi di sydney.edu.au
Daniel A. JacobsSwiss Center for Electronics and MicrotechnologyEmail yang diverifikasi di csem.ch
Albert PolmanCenter for Nanophotonics, NWO-Institute AMOLFEmail yang diverifikasi di amolf.nl
Daniel MacdonaldProfessor, Engineering, The Australian National UniversityEmail yang diverifikasi di anu.edu.au
Siva KaruturiProfessor, The Australian National UniveristyEmail yang diverifikasi di anu.edu.au
Chog BarugkinResearch Fellow of Engineering, Australian National UniversityEmail yang diverifikasi di anu.edu.au
Yimao WanResearch Fellow, Australian National UniversityEmail yang diverifikasi di anu.edu.au
Md Arafat MahmudResearch Fellow, University of SydneyEmail yang diverifikasi di sydney.edu.au
Yun LiuAustralian National UniversityEmail yang diverifikasi di anu.edu.au

Ikuti

Kylie Catchpole

Australian National University

Email yang diverifikasi di anu.edu.au - Beranda

perovskite photovoltaics solar hydrogen energy transition


Judul Urutkan menurut kutipan Urutkan menurut tahun Urutkan menurut judul	Dikutip oleh Dikutip oleh	Tahun
Surface plasmon enhanced silicon solar cells S Pillai, KR Catchpole, T Trupke, MA Green Journal of applied physics 101 (9), 2007	2385	2007
Plasmonic solar cells KR Catchpole, A Polman Optics express 16 (26), 21793-21800, 2008	2008	2008
Design principles for particle plasmon enhanced solar cells KR Catchpole, A Polman Applied Physics Letters 93 (19), 2008	1080	2008
Tunable light trapping for solar cells using localized surface plasmons FJ Beck, A Polman, KR Catchpole Journal of Applied Physics 105 (11), 2009	692	2009
Rubidium multication perovskite with optimized bandgap for perovskite‐silicon tandem with over 26% efficiency T Duong, YL Wu, H Shen, J Peng, X Fu, D Jacobs, EC Wang, TC Kho, ... Advanced Energy Materials 7 (14), 1700228, 2017	581	2017
The 2020 photovoltaic technologies roadmap GM Wilson, M Al-Jassim, WK Metzger, SW Glunz, P Verlinden, G Xiong, ... Journal of Physics D: Applied Physics 53 (49), 493001, 2020	490	2020
A universal double‐side passivation for high open‐circuit voltage in perovskite solar cells: role of carbonyl groups in poly (methyl methacrylate) J Peng, JI Khan, W Liu, E Ugur, T Duong, Y Wu, H Shen, K Wang, H Dang, ... Advanced Energy Materials 8 (30), 1801208, 2018	483	2018
Interface passivation using ultrathin polymer–fullerene films for high-efficiency perovskite solar cells with negligible hysteresis J Peng, Y Wu, W Ye, DA Jacobs, H Shen, X Fu, Y Wan, N Wu, C Barugkin, ... Energy & Environmental Science 10 (8), 1792-1800, 2017	460	2017
Nanophotonic light trapping in solar cells S Mokkapati, KR Catchpole Journal of applied physics 112 (10), 2012	359	2012
Nanoscale localized contacts for high fill factors in polymer-passivated perovskite solar cells J Peng, D Walter, Y Ren, M Tebyetekerwa, Y Wu, T Duong, Q Lin, J Li, ... Science 371 (6527), 390-395, 2021	342	2021
Enhanced emission from Si-based light-emitting diodes using surface plasmons S Pillai, KR Catchpole, T Trupke, G Zhang, J Zhao, MA Green Applied Physics Letters 88 (16), 2006	327	2006
Designing periodic arrays of metal nanoparticles for light-trapping applications in solar cells S Mokkapati, FJ Beck, A Polman, KR Catchpole Applied Physics Letters 95 (5), 2009	300	2009
Plasmon-enhanced internal photoemission for photovoltaics: theoretical efficiency limits TP White, KR Catchpole Applied Physics Letters 101 (7), 2012	281	2012
Device performance of emerging photovoltaic materials (version 1) O Almora, D Baran, GC Bazan, C Berger, CI Cabrera, KR Catchpole, ... Advanced energy materials 11 (11), 2002774, 2021	278	2021
Mechanically-stacked perovskite/CIGS tandem solar cells with efficiency of 23.9% and reduced oxygen sensitivity H Shen, J Peng, D Jacobs, N Wu, J Gong, Y Wu, SK Karuturi, X Fu, ... Energy & Environmental Science 11 (2), 394-406, 2018	271	2018
Monolithic perovskite/silicon-homojunction tandem solar cell with over 22% efficiency YL Wu, D Yan, J Peng, Y Wan, SP Phang, H Shen, N Wu, C Barugkin, ... Energy & Environmental Science 10 (11), 2472-2479, 2017	239	2017
Hysteresis phenomena in perovskite solar cells: the many and varied effects of ionic accumulation DA Jacobs, Y Wu, H Shen, C Barugkin, FJ Beck, TP White, K Weber, ... Physical Chemistry Chemical Physics 19 (4), 3094-3103, 2017	232	2017
Tandem solar cells based on high-efficiency c-Si bottom cells: top cell requirements for> 30% efficiency TP White, NN Lal, KR Catchpole IEEE Journal of Photovoltaics 4 (1), 208-214, 2013	230	2013
Stability challenges for the commercialization of perovskite–silicon tandem solar cells L Duan, D Walter, N Chang, J Bullock, D Kang, SP Phang, K Weber, ... Nature Reviews Materials 8 (4), 261-281, 2023	223	2023
Asymmetry in photocurrent enhancement by plasmonic nanoparticle arrays located on the front or on the rear of solar cells FJ Beck, S Mokkapati, A Polman, KR Catchpole Applied Physics Letters 96 (3), 2010	219	2010

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