SELECTED PUBLICATIONS

Below is a representative, if brief, selection of scientific publications from members of the Pasta Group. For a comprehensive list of Mauro's publications, please see his Google Scholar profile.

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• Pasta, Mauro; Armstrong, David; Brown, Zachary L.; Bu, Junfu; Castell, Martin R.; Chen, Peiyu; Cocks, Alan; Corr, Serena A.; Cussen, Edmund J.; Darnbrough, Ed; Deshpande,  Vikram; Doerrer, Christopher; Dyer, Matthew S; El-Shinawi, Hany; Fleck, Norman; Grant, Patrick; Gregory, Georgina L.; Grovenor,  Chris; Hardwick,  Laurence J; Irvine,  John T S; Lee, Hyeon Jeong;  Li, Guanchen; Liberti, Emanuela; McClelland,  Innes; Monroe,  Charles; Nellist,  Peter D; Shearing,  Paul R; Shoko,  Elvis;  Song, Weixin; Jolly,  Dominic Spencer; Thomas, Christopher I; Turrell, Stephen J; Vestli,  Mihkel; Williams,  Charlotte K.;  Zhou, Yundong; Bruce,  Peter G; 2020 roadmap on solid-state batteries, JPhys Energy (2020), 2 (3)

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• Cattermull, John; Wheeler, Samuel; Hurlbutt, Kevin; Pasta, Mauro; Goodwin, Andrew L.; Filling vacancies in a Prussian blue analogue using mechanochemical post-synthetic modification, ChemComm (2020) 

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• Zhou, Yundong; Doerrer, Christopher; Kasemchainan, Jitti; Bruce, Peter G.; Pasta, Mauro; Hardwick, Laurence J.; Observation of Interfacial Degradation of Li6PS5Cl against Lithium Metal and LiCoO2 via In Situ Electrochemical Raman Microscopy, Batteries & Supercaps (2020), 3, 1-7

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• Sendek, Austin D.; Cheon, Gowoon; Pasta, Mauro; Reed, Evan J.; Quantifying the Search for Solid Li-ion Electrolyte Materials by Anion: A Data-Driven Perspective, J. Phys. Chem. C (2020)​​

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• Fiore, Michele; Hurlbutt, Kevin; Wheeler, Samuel; Capone, Isaac; Fawdon, Jack; Ruffo, Riccardo; Pasta, Mauro; Paving the way toward highly efficient, high-energy potassium-ion batteries with ionic-liquid electrolytes, ChemRxiv (2020)

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• Xiao, Albert W.; Lee, Hyeon Jeong; Capone, Isaac; Robertson, Alex; Wi, Tae-Ung; Fawdon, Jack; Wheeler, Samuel; Lee, Hyun-Wook; Grobert, Nicole; Pasta, Mauro; Understanding the conversion mechanism and performance of monodisperse FeF2 nanocrystal cathodes, Nature Materials (2020)

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• Li, Sha; Zhou, Si; Wang, Xiaochen; Tang, Peng; Pasta, Mauro; Warner, Jamie; Increasing the electrochemical activity of basal plane sites in porous 3D edge rich MoS2 thin films for the hydrogen evolution reaction, Materials Today Energy (2019), 13, 134-144.

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• Wheeler, Samuel; Capone, Isaac; Day, Sarah; Tang, Chiu; Pasta, Mauro; Low Potential Prussian Blue Analogs: Manganese Hexacyanochromate, Chemistry of Materials, (2019), 31 (7), pp 2619–2626.

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• Capone, Isaac; Hurlbutt, Kevin; Naylor, Andrew J.; Xiao, Albert W.; Pasta, Mauro; Effect of the particle-size distribution on the electrochemical performance of a red phosphorus-carbon composite anode for sodium-ion batteries, Energy & Fuels, (2019), 33 (5), 4651–4658.

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• Li, Sha; Lee, Ja Kyung; Zhou, Si; Pasta, Mauro; Warner, Jamie; Synthesis of surface grown Pt nanoparticles on edge-enriched MoS2 porous thin films for enhancing electrochemical performance, Chemistry of Materials, (2019), 31 (2), pp 387–397.

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• Hurlbutt, Kevin; Wheeler, Samuel; Capone, Isaac; Pasta, Mauro; Prussian blue analogs for batteries applications, Joule, (2018), 2 (10), 1950-1960.

• Wheeler, Samuel; Hurlbutt, Kevin; Pasta, Mauro; A new solid-state sodium-metal battery, Chem, (2018), 4, 666-668.

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• Wenshuo, Xu; Sha, Li; Si, Zhou; Lee, Ja Kyung; Wang, Shanshan; Syed, Ghazi Sarwat; Wang, Xiaochen; Bhaskaran, Harish; Pasta, Mauro; Warner, Jamie H; Large dendritic monolayer MoS2 grown by atmospheric pressure chemical vapour deposition for electrocatalysis, ACS applied materials & interfaces, (2018), 10, 4630-4639.

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• Samuels, Thomas; Robertson, Alex; Kim, Heeyeon; Pasta, Mauro; Warner, Jamie; Three-dimensional hybrid multi-layered graphene-CNT catalyst supports via rapid thermal annealing of nickel acetate, Journal of Materials Chemistry A, (2017), 5, 10457–10469.

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• Li, Sha; Wang, Shanshan; Salamone, Matteo; Robertson, Alex; Nayak, Simantini; Kim, Heeyeon; Tsang, Shik Chi Edman; Pasta, Mauro; Warner, Jamie; Edge enriched 2D MoS2 thin films grown by chemical vapour deposition for enhanced catalytic performance, ACS Catalysis, (2017), 7, 877–886.