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Joshua Tully
Joshua Tully
Research Fellow, University of Wawick
在 warwick.ac.uk 的电子邮件经过验证 - 首页
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A scientist’s guide to buying a 3D printer: how to choose the right printer for your laboratory
JJ Tully, GN Meloni
Analytical Chemistry 92 (22), 14853-14860, 2020
842020
Electron paramagnetic resonance for the detection of electrochemically generated hydroxyl radicals: issues associated with electrochemical oxidation of the spin trap
E Braxton, DJ Fox, BG Breeze, JJ Tully, KJ Levey, ME Newton, ...
ACS Measurement Science Au 3 (1), 21-31, 2022
112022
Ultrafast transient absorption spectroelectrochemistry: femtosecond to nanosecond excited-state relaxation dynamics of the individual components of an anthraquinone redox couple
S Goia, MAP Turner, JM Woolley, MD Horbury, AJ Borrill, JJ Tully, ...
Chemical science 13 (2), 486-496, 2022
112022
Electrochemical ozone generation using compacted high pressure high temperature synthesized boron doped diamond microparticle electrodes
GF Wood, IMT Rodríguez, JJ Tully, S Chaudhuri, JV Macpherson
Journal of The Electrochemical Society 168 (12), 126514, 2021
72021
Versatile DIY route for incorporation of a wide range of electrode materials into rotating ring disk electrodes
JJ Tully, Z Zhang, IM Terrero Rodríguez, L Butcher, JV Macpherson
Analytical Chemistry 94 (27), 9856-9862, 2022
62022
Diamond membrane production: The critical role of radicals in the non-contact electrochemical etching of sp2 carbon
JJ Tully, E Braxton, SJ Cobb, BG Breeze, M Markham, ME Newton, ...
Carbon 185, 717-726, 2021
32021
A closed bipolar electrochemical cell for the interrogation of BDD single particles: Electrochemical advanced oxidation
A Dettlaff, JJ Tully, G Wood, D Chauhan, BG Breeze, L Song, ...
Electrochimica Acta 485, 144035, 2024
12024
Enhanced electrochemical ozone production via sp2 carbon content optimization in boron doped diamond electrodes using laser micromachining
JJ Tully, IMT Rodríguez, M Kaewsen, GF Wood, D Houghton, Y Han, ...
Carbon 228, 119261, 2024
2024
Ultrafast Spectroelectrochemistry of the Catechol/o‐Quinone Redox Couple in Aqueous Buffer Solution
S Goia, GW Richings, MAP Turner, JM Woolley, JJ Tully, SJ Cobb, ...
ChemPhotoChem, e202300325, 2024
2024
Quantitative Measurement Technique for Anodic Corrosion of BDD Advanced Oxidation Electrodes
JJ Tully, D Houghton, BG Breeze, TP Mollart, JV Macpherson
ACS Measurement Science Au 4 (3), 267-276, 2024
2024
Design of Electrochemical Ozone Production Zero Gap Cells Based on Optimising sp2 Carbon Content in Boron Doped Diamond Electrodes
J Tully, IT Rodriguez, M Kaewsen, G Wood, D Houghton, Y Han, T Mollart, ...
2024
Adjustment of a pH electrode carbon region
Z Duncan, JJ Tully
US Patent 11,782,020, 2023
2023
ADJUSTMENT OF A pH ELECTRODE CARBON REGION
Z Duncan, JJ Tully
US Patent App. 18/319,263, 2023
2023
Method for forming diamond product
JJ Tully, SJ Cobb, JV MacPherson, ME Newton, ML Markham
US Patent App. 17/759,173, 2023
2023
Data for Electron paramagnetic resonance for the detection of electrochemically generated hydroxyl radicals: issues associated with electrochemical oxidation of the spin trap
E Braxton, DJ Fox, B Breeze, JJ Tully, KJ Levey, ME Newton, ...
University of Warwick, Department of Chemistry, 2022
2022
Data for Versatile DIY route for incorporation of a wide range of electrode materials into rotating ring disk electrodes
JJ Tully, Z Zhang, IM Terrero Rodríguez, LM Butcher, JV Macpherson
University of Warwick, Department of Chemistry, 2022
2022
Data for Electrochemical ozone generation using compacted high pressure high temperature synthesized boron doped diamond microparticle electrodes
GF Wood, IMT Rodríguez, JJ Tully, S Chaudhuri, JV Macpherson
University of Warwick, Department of Chemistry, 2022
2022
Engineered diamond devices for next generation applications
JJ Tully
University of Warwick, 2022
2022
Enhanced Electrochemical Ozone Production Via Sp2 Carbon Content Optimization in Boron Doped Diamond Electrodes Using Laser Micromachining
JV Macpherson, JJ Tully, IM Terrero Rodríguez, M Kaewsen, GF Wood, ...
Available at SSRN 4739028, 0
Identifying non-lossy 3D printing materials for in-situ EPR cell fabrication (P-27)
CVA Crockford, JJ Tully, BG Breeze, JV Macpherson
BOOK OF ABSTRACTS, 0
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