Career highlights
Jan 2020 - present - Professor, Institute for Frontier Materials, Deakin University, Melbourne.
Jan 2013 - Dec 2019: Senior Research Fellow, Institute for Frontier Materials, Deakin University, Melbourne.
Jan 2008 - Dec 2012: ARC QEII Fellow, Department of Materials Engineering, Monash University, Melbourne.
Jan 2007 - Dec 2007: Research Fellow, School of Chemistry, Monash University, Melbourne.
Jan 2004 - Dec 2006: ARC Post-doctoral Research Fellow, Department of Materials Engineering, Monash University, Melbourne.
Feb 2002 - Dec 2003: Research Fellow, School of Chemistry, Monash University, Melbourne.
Research interests
My research is primarily focused on the development of new organic ionic electrolytes, both liquid and solid, for electrochemical devices. My research can be roughly broken down into three areas:
Ionic Liquids: these are a new type of solvent, composed entirely of ions, which are of interest for a variety of synthetic and electrochemical applications. They can be non-volatile and non-flammable, with good ionic conductivity and excellent thermal and electrochemical stability. We are interested in the design and synthesis of new families of ionic liquids and their use in devices such as lithium and sodium batteries.
Organic Ionic Plastic Crystals: these are crystalline phases found in many of the same organic salt families but these salts exhibit higher melting points and various forms of disorder and therefore exhibit plastic mechanical properties. This plasticity, and their intrinsic ionic conductivity, makes them of interest as solid state ion conductors. We are also developing these for use in thermal energy storage and gas separation membranes.
Thermal energy harvesting: we are investigating a range of different electrolytes - particularly ionic liquids - and redox couples for use in thermoelectrochemical cells. These devices are targetted at harvesting low grade waste heat.
Publications
F Makhlooghiazad, L O’Dell, L Porcarelli, C Forsyth, N Quazi, M Asadi, O Hutt, D Mecerreyes, M Forsyth, J Pringle
(2022), Vol. 21, pp. 228-238, Nature Materials, London, Eng., C1
Factors controlling the physical properties of an organic ionic plastic crystal
N Sirigiri, F Chen, C Forsyth, R Yunis, L O'Dell, J Pringle, M Forsyth
(2022), Vol. 22, Materials Today Physics, C1
Plastic crystal-based electrolytes using novel dicationic salts
S Abeysooriya, M Lee, L O'Dell, J Pringle
(2022), Vol. 24, pp. 4899-4909, Physical Chemistry Chemical Physics, C1
Hierarchical hollow metal nanostructure arrays for selective CO
J Maina, J Pringle, J Razal, S Aslanoglou, R Elnathan, N Voelcker, L Dumée
(2022), Vol. 3, pp. 2456-2463, Materials Advances, C1
F Ramos-Saz, C Kang, M Forsyth, J Pringle
(2022), Vol. 4, pp. 1487-1496, ACS Applied Polymer Materials, Washington, D.C., C1
F Nti, H Ueda, C Kang, G Greene, J Pringle, H Zhu, P Howlett, M Forsyth, X Wang
(2022), Vol. 126, pp. 3839-3852, Journal of Physical Chemistry C, C1
Y Zhou, X Wang, H Zhu, G Greene, M Armand, M Forsyth, J Pringle, P Howlett
(2021), Vol. 363, pp. 1-7, Solid State Ionics, Amsterdam, The Netherlands, C1
Strategies for integrated capture and conversion of CO2 from dilute flue gases and the atmosphere
J Maina, J Pringle, J Razal, S Nunes, L Vega, F Gallucci, L Dumée
(2021), Vol. 14, pp. 1805-1820, ChemSusChem, Berlin, Germany, C1
Kalani Periyapperuma, Jennifer Pringle, Laura Sanchez-Cupido, Maria Forsyth, Cristina Pozo-Gonzalo
(2021), Vol. 23, pp. 3410-3419, Green Chemistry, London, Eng., C1
Faezeh Makhlooghiazad, Frederick Nti, Ju Sun, Tiago Mendes, Sneha Malunavar, Jennifer Pringle, Maria Forsyth
(2021), Vol. 4, pp. 1-13, Journal of Physics: Materials, Bristol, Eng., C1
Predicting gas selectivity in organic ionic plastic crystals by free energy calculations
V Kandagal, J Pringle, M Forsyth, F Chen
(2021), Vol. 11, pp. 19623-19629, RSC advances, Cambridge, Eng., C1
K Biernacka, F Makhlooghiazad, I Popov, H Zhu, J Chotard, C Forsyth, R Yunis, L O’Dell, A Sokolov, J Pringle, M Forsyth
(2021), Vol. 125, pp. 12518-12530, Journal of Physical Chemistry C, C1
C Kang, R Yunis, H Zhu, C Doherty, O Hutt, J Pringle
(2021), Vol. 5, pp. 6014-6026, Materials Chemistry Frontiers, London, Eng., C1
I Gunathilaka, J Pringle, L O’Dell
(2021), Vol. 12, pp. 1-9, Nature Communications, London, Eng., C1-1
F Ramos-Saz, Y Garcia, C Kang, L Odell, M Forsyth, J Pringle
(2021), Vol. 9, pp. 26330-26344, Journal of Materials Chemistry A, Cambridge, Eng., C1
P Luan, Q Meng, J Wu, Q Li, X Zhang, Y Zhang, L O'Dell, S Raga, J Pringle, J Griffith, C Sun, U Bach, J Zhang
(2020), Vol. 13, pp. 328-333, ChemSusChem, London, Eng., C1
X Wang, R Kerr, F Chen, N Goujon, J Pringle, D Mecerreyes, M Forsyth, P Howlett
(2020), pp. 1-21, Advanced materials, Chichester, Eng., C1
R Yunis, D Al-Masri, A Hollenkamp, C Doherty, H Zhu, J Pringle
(2020), Vol. 167, pp. 1-13, Journal of the Electrochemical Society, New York, N.Y., C1
L Sanchez-Cupido, J Pringle, A Siriwardana, C Pozo-Gonzalo, M Forsyth
(2020), Vol. 73, pp. 1080-1087, Australian journal of chemistry, Clayton, Vic., C1
Ruhamah Yunis, Jennifer Pringle, Xiaoen Wang, Gaetan Girard, Robert Kerr, Haijin Zhu, Patrick Howlett, Douglas MacFarlane, Maria Forsyth
(2020), Vol. 8, pp. 14721-14735, Journal of materials chemistry A, Cambridge, Eng., C1
The influence of alkyl chain branching on the properties of pyrrolidinium-based ionic electrolytes
D Al-Masri, R Yunis, A Hollenkamp, C Doherty, J Pringle
(2020), Vol. 22, pp. 18102-18113, Physical chemistry chemical physics, Cambridge, Eng., C1
K Biernacka, D Al-Masri, R Yunis, H Zhu, A Hollenkamp, J Pringle
(2020), Vol. 357, pp. 1-11, Electrochimica acta, Amsterdam, The Netherlands, C1
Fernando Ramos, Maria Forsyth, Jennifer Pringle
(2020), Vol. 13, pp. 5740-5748, ChemSusChem, Chichester, Eng., C1
Exploring the electrochemical properties of mixed ligand Fe(II) complexes as redox couples
S Dong, D Cabral, J Pringle, D Macfarlane
(2020), Vol. 362, pp. 1-9, Electrochimica Acta, Amsterdam, The Netherlands, C1
L Sanchez-Cupido, J Pringle, A Siriwardana, M Hilder, M Forsyth, C Pozo-Gonzalo
(2020), Vol. 8, pp. 14047-14057, ACS Sustainable Chemistry and Engineering, Washington, D.C., C1
Danah Al-Masri, Ruhamah Yunis, Anthony Hollenkamp, Jennifer Pringle
(2020), Vol. 7, pp. 4118-4123, ChemElectroChem, London, Eng., C1
Hydrogels containing the ferri/ferrocyanide redox couple and ionic liquids for thermocells
M Russo, H Warren, G Spinks, D Macfarlane, J Pringle
(2019), Vol. 72, pp. 112-121, Australian journal of chemistry, Clayton, Vic., C1
A Taheri, D MacFarlane, C Pozo-Gonzalo, J Pringle
(2019), Vol. 297, pp. 669-675, Electrochimica acta, Amsterdam, The Netherlands, C1
Ionic liquids-further progress on the fundamental issues
M Kar, N Plechkova, K Seddon, J Pringle, D MacFarlane
(2019), Vol. 72, pp. 3-10, Australian journal of chemistry, Clayton, Vic., C1
Water-facilitated electrodeposition of neodymium in a phosphonium-based ionic liquid
Laura Sanchez-Cupido, Jennifer Pringle, Amal Siriwardana, Ainhoa Unzurrunzaga, Matthias Hilder, Maria Forsyth, Cristina Pozo-Gonzalo
(2019), Vol. 10, pp. 289-294, Journal of physical chemistry letters, Washington, D.C., C1
Organic ionic plastic crystals as solid-state electrolytes
H Zhu, D MacFarlane, J Pringle, M Forsyth
(2019), Vol. 1, pp. 126-140, Trends in Chemistry, Amsterdam, The Netherlands, C1
R Yunis, A Hollenkamp, C Forsyth, C Doherty, D Al-Masri, J Pringle
(2019), Vol. 21, pp. 12288-12300, Physical Chemistry Chemical Physics, London, Eng., C1
A Taheri, D MacFarlane, C Pozo-Gonzalo, J Pringle
(2019), Vol. 72, pp. 709-716, Australian Journal of Chemistry, Melbourne, Vic., C1
D Al-Masri, R Yunis, H Zhu, L Jin, P Bruce, A Hollenkamp, J Pringle
(2019), Vol. 7, pp. 25389-25398, Journal of materials chemistry A, Cambridge, Eng., C1
A Ambujakshan, J Pringle, Z Chen, C Corr, J du Plessis, P Hodgson, X Dai
(2018), Vol. 15, Plasma processes and polymers, Chichester, Eng., C1
New dimensions in salt-solvent mixtures: a 4th evolution of ionic liquids
Douglas MacFarlane, Alison Chong, Maria Forsyth, Mega Kar, R Vijayaraghavan, Anthony Somers, Jennifer Pringle
(2018), Vol. 206, pp. 9-28, Faraday Discussions, Cambridge, Eng., C1
The electrochemistry and performance of cobalt-based redox couples for thermoelectrochemical cells
D Al-Masri, M Dupont, R Yunis, D MacFarlane, J Pringle
(2018), Vol. 269, pp. 714-723, Electrochimica acta, Amsterdam, The Netherlands, C1
Danah Al-Masri, Ruhamah Yunis, Anthony Hollenkamp, Jennifer Pringle
(2018), Vol. 54, pp. 3660-3663, Chemical communications, Cambridge, England, C1
Quasi-solid-state electrolytes for low-grade thermal energy harvesting using a cobalt redox couple
Abuzar Taheri, Douglas MacFarlane, Cristina Pozo-Gonzalo, Jennifer Pringle
(2018), Vol. 11, pp. 2788-2796, ChemSusChem, Weinheim, Germany, C1
Yundong Zhou, Xiaoen Wang, Haijin Zhu, Michel Armand, Maria Forsyth, George Greene, Jennifer Pringle, Patrick Howlett
(2018), Vol. 15, pp. 407-414, Energy storage materials, Amsterdam, The Netherlands, C1
Vinay Kandagal, Fangfang Chen, Jennifer Pringle, Maria Forsyth
(2018), Vol. 122, pp. 8274-8283, Journal of physical chemistry B, Washington, D.C., C1
Annkatrin Lennert, Klaudia Wagner, Ruhamah Yunis, Jennifer Pringle, Dirk Guldi, David Officer
(2018), Vol. 10, pp. 32271-32280, ACS applied materials and interfaces, Washington, D.C., C1
Abuzar Taheri, Douglas MacFarlane, Cristina Pozo-Gonzalo, Jennifer Pringle
(2018), Vol. 2, pp. 1806-1812, Sustainable energy & fuels, Cambridge, Eng., C1
Ionic liquids and plastic crystals with a symmetrical pyrrolidinium cation
R Yunis, T Newbegin, A Hollenkamp, J Pringle
(2018), Vol. 2, pp. 1207-1214, Materials chemistry frontiers, Cambridge, Eng., C1
Y Zhou, X Wang, H Zhu, M Armand, M Forsyth, G Greene, J Pringle, P Howlett
(2017), Vol. 19, pp. 2225-2234, Physical chemistry chemical physics, London, Eng., C1
L Zhang, T Kim, N Li, T Kang, J Chen, J Pringle, M Zhang, A Kazim, S Fang, C Haines, D Al-Masri, B Cola, J Razal, J Di, S Beirne, D MacFarlane, A Gonzalez-Martin, S Mathew, Y Kim, G Wallace, R Baughman
(2017), Vol. 29, pp. 1-7, Advanced materials, Chichester, England, C1
Plasma treated water - a promising electrolyte to produce nanoporous titanium dioxide nanotubes
A Ambujakshan, A Sadek, K Magniez, S Mateti, E Mayes, G Devi, J Pringle, J Plessis, Z Chen, C Corr, P Hodgson, X Dai
(2017), Vol. 14, pp. 1-7, Plasma processes and polymers, Chichester, Eng., C1
X Wang, H Zhu, G Greene, Y Zhou, M Yoshizawa-Fujita, Y Miyachi, M Armand, M Forsyth, J Pringle, P Howlett
(2017), Vol. 2, pp. 1-6, Advanced materials technologies, London, Eng., C1
Conformational dynamics in an organic ionic plastic crystal
L Jin, K Nairn, C Ling, H Zhu, L O'Dell, J Li, F Chen, A Pavan, L Madsen, P Howlett, D MacFarlane, M Forsyth, J Pringle
(2017), Vol. 121, pp. 5439-5446, Journal of physical chemistry B, Washington, D.C., C1
Tailoring the fibre-to-matrix interface using click chemistry on carbon fibre surfaces
L Servinis, K Beggs, T Gengenbach, E Doeven, P Francis, B Fox, J Pringle, C Pozo-Gonzalo, T Walsh, L Henderson
(2017), Vol. 5, pp. 11204-11213, Journal of materials chemistry A, Cambridge, Eng., C1
Thermo-electrochemical cells for waste heat harvesting - progress and perspectives
M Dupont, D MacFarlane, J Pringle
(2017), Vol. 53, pp. 6288-6302, Chemical communications, London, Eng., C1
Y Zhou, X Wang, H Zhu, M Yoshizawa-Fujita, Y Miyachi, M Armand, M Forsyth, G Greene, J Pringle, P Howlett
(2017), Vol. 10, pp. 3135-3145, ChemSusChem, Weinheim, Germany, C1
M Díaz, A Ortiz, J Pringle, X Wang, R Vijayaraghavan, D MacFarlane, M Forsyth, I Ortiz
(2017), Vol. 247, pp. 970-976, Electrochimica acta, Kidlington, Eng., C1
A Ambujakshan, J Pringle, C Corr, Z Chen, J du Plessis, P Hodgson, X Dai
(2017), Vol. 14, Plasma processes and polymers, Chichester, Eng., C1-1
Vinay Kandagal, Fangfang Chen, Erlendur Jónsson, Jennifer Pringle, Maria Forsyth
(2017), Vol. 147, Journal of chemical physics, Melville, N.Y., C1-1
Xiaoen Wang, Haijin Zhu, George Greene, Yundong Zhou, Masahiro Yoshizawa-Fujita, Yukari Miyachi, Michel Armand, Maria Forsyth, Jennifer Pringle, Patrick Howlett
(2017), Vol. 2, Advanced Materials Technologies, C1-1
M Lazar, D Al-Masri, D Macfarlane, J Pringle
(2016), Vol. 18, pp. 1404-1410, Physical chemistry chemical physics, [London, Eng], C1
X Wang, H Zhu, G Greene, J Li, N Iranipour, C Garnier, J Fang, M Armand, M Forsyth, J Pringle, P Howlett
(2016), Vol. 4, pp. 9873-9880, Journal of materials chemistry A, Cambridge, Eng., C1
S Hasan, S Said, M Sabri, A Bakar, N Hashim, M Hasnan, J Pringle, D MacFarlane
(2016), Vol. 6, pp. 1-11, Scientific reports, London, Eng., C1
J He, D Al-Masri, D MacFarlane, J Pringle
(2016), Vol. 190, pp. 205-218, Faraday discussions, C1
A novel class of gas separation membrane based on organic ionic plastic crystals
J McDonald, D MacFarlane, M Forsyth, J Pringle
(2016), Vol. 52, pp. 12940-12943, Chemical communications, Cambridge, Eng., C1
Improvements of energy conversion and storage: general discussion
O Kuzmina, J Slattery, M Hu, Q Song, S Jiao, G Haarberg, Q Xu, D Wang, P Madden, D Cooper, K McGregor, T Sudmeier, B Tang, H Zhu, A Kamali, L Yu, G Chen, J Irvine, Y Liu, J Ge, J Pringle, X Yue
(2016), Vol. 190, pp. 291-306, Faraday discussions, London, Eng., C1
Advancement in knowledge of phenomena and processes: general discussion
T Okabe, H Wang, J Ge, Y Liu, J Pringle, W Xiao, B Khalaghi, A Doherty, Q Xu, D Wang, P Madden, B Hu, C Wei, K McGregor, J Slattery, A Mount, Y Kong, A Kamali, L Yu, X Jin, Y Liu, B Tang, G Chen, B Dong, I Farnan, J Irvine, H Zhu, Y Liu, D Gunasekera, J Yang
(2016), Vol. 190, pp. 525-549, Faraday discussion, London, Eng., C1
Redox-active quasi-solid-state electrolytes for thermal energy harvesting
L Jin, G Greene, D MacFarlane, J Pringle
(2016), Vol. 1, pp. 654-658, ACS energy letters, Washington, D.C., C1
ionic liquids and their solid-state analogues as materials for energy generation and storage
D MacFarlane, M Forsyth, P Howlett, M Kar, S Passerini, J Pringle, H Ohno, M Watanabe, F Yan, W Zheng, S Zhang, J Zhang
(2016), Vol. 1, pp. 1-15, Nature Reviews Materials, London, Eng., C1
Towards phosphorus free Ionic liquid anti-wear lubricant additives
A Somers, R Yunis, M Armand, J Pringle, D MacFarlane, M Forsyth
(2016), Vol. 4, pp. 22-22, Lubricants, Basel, Switzerland, C1
Y Han, J Pringle, Y-B Cheng
(2015), Vol. 91, pp. 315-322, Photochemistry and photobiology, Weinheim, Germany, C1
N Abdullah, N Noor, A Nordin, M Halcrow, D Macfarlane, M Lazar, J Pringle, D Bruce, B Donnio, B Heinrich
(2015), Vol. 3, pp. 2491-2499, Journal of materials chemistry C, Cambridge, Eng., C1
Insights into the transport of alkali metal ions doped into a plastic crystal electrolyte
F Chen, J Pringle, M Forsyth
(2015), Vol. 27, pp. 2666-2672, Chemistry of materials, Washington, D.C, C1
Y Han, S Meyer, Y Dkhissi, K Weber, J Pringle, U Bach, L Spiccia, Y Cheng
(2015), Vol. 3, pp. 8139-8147, Journal of materials chemistry a, Cambridge, Eng., C1
K Romanenko, J Pringle, L O'Dell, M Forsyth
(2015), Vol. 17, pp. 18991-19000, Physical chemistry chemical physics, Cambridge, Eng., C1
D Cabral, P Howlett, J Pringle, X Zhang, D MacFarlane
(2015), Vol. 180, pp. 419-426, Electrochimica acta, Amsterdam, The Netherlands, C1
R Koerver, D MacFarlane, J Pringle
(2015), Vol. 184, pp. 186-192, Electrochimica acta, Amsterdam, The Netherlands, C1
Y Han, J Pringle, Y Chen
(2014), Vol. 4, pp. 1393-1400, RSC advances, Cambridge, England, C1
Energy applications of ionic liquids
D MacFarlane, N Tachikawa, M Forsyth, J Pringle, P Howlett, G Elliott, J Davis Jr., M Watanabe, S Patrice, C Angell
(2014), Vol. 7, pp. 232-250, Energy and environmental science, London, England, C1
Ionic liquid electrolytes for thermal energy harvesting using a cobalt redox couple
N Jiao, T Abraham, D MacFarlane, J Pringle
(2014), Vol. 161, Journal of the electrochemical society, Pennington, N. J., C1
J He, J Pringle, Y Cheng
(2014), Vol. 118, pp. 16818-16824, Journal of physical chemistry part C, Washington, D. C., C1-1
T Abraham, N Tachikawa, D MacFarlane, J Pringle
(2014), Vol. 16, pp. 2527-2532, Physical chemistry chemical physics, Cambridge, England, C1
Anisotropic MRI contrast reveals enhanced ionic transport in plastic crystals
K Romanenko, L Jin, L Madsen, J Pringle, L O'Dell, M Forsyth
(2014), Vol. 136, pp. 15638-15645, Journal of the American chemical society, Washington, DC, C1
L Jin, P Howlett, J Pringle, J Janikowski, M Armand, D MacFarlane, M Forsyth
(2014), Vol. 7, pp. 3352-3361, Energy and environmental science, Cambridge, England, C1
Ionic liquids for energy, materials, and medicine.
M Smiglak, J Pringle, X Lu, L Han, S Zhang, H Gao, D MacFarlane, R Rogers
(2014), Vol. 50, pp. 9228-9250, Chemical Communications, England, C1
P Salazar, S Stephens, A Kazim, J Pringle, B Cola
(2014), Vol. 2, pp. 20676-20682, Journal of materials chemistry a, Cambridge, England, C1
Use of ionic liquids in dye-sensitized solar cells
J Pringle
(2013), pp. 305-347, Ionic liquids uncoiled : critical expert overviews, Hoboken, N. J., B1-1
J He, N Duffy, J Pringle, Y Cheng
(2013), Vol. 105, pp. 275-281, Electrochimica acta, Amsterdam, The Netherlands, C1
Towards ionic liquid-based thermoelectrochemical cells for the harvesting of thermal energy
T Abraham, D MacFarlane, R Baughman, L Jin, N Li, J Pringle
(2013), Vol. 113, pp. 87-93, Electrochimica acta, Amsterdam, The Netherlands, C1
Molecular insights : structure and dynamics of a Li ion doped organic ionic plastic crystal
L Jin, S De Leeuw, M Koudriachova, J Pringle, P Howlett, F Chen, M Forsyth
(2013), Vol. 15, pp. 19570-19574, Physical chemistry chemical physics, London, England, C1
Recent progress in the development and use of organic ionic plastic crystal electrolytes
J Pringle
(2013), Vol. 15, pp. 1339-1351, Physical chemistry chemical physics, London, England, C1-1
J Janikowski, M Razali, C Forsyth, K Nairn, S Batten, D MacFarlane, J Pringle
(2013), Vol. 78, pp. 486-497, ChemPlusChem, London, England, C1
High Seebeck coefficient redox ionic liquid electrolytes for thermal energy harvesting
T Abraham, D MacFarlane, J Pringle
(2013), Vol. 6, pp. 2639-2645, Energy and environmental science, London, England, C1
F Chen, L Jin, S de Leeuw, J Pringle, M Forsyth
(2013), Vol. 138, pp. 1-12, Journal of chemical physics, College Park, Md., C1
Protic ionic liquid-based thermoelectrochemical cells for the harvesting of waste heat
T Abraham, D MacFarlane, R Baughman, N Li, Y Chen, J Pringle
(2013), pp. 1-6, Materials Research Society Symposium Proceedings, San Francisco, California, E1
J Sunarso, Y Shekibi, J Efthimiadis, L Jin, J Pringle, A Hollenkamp, D MacFarlane, M Forsyth, P Howlett
(2012), Vol. 16, pp. 1841-1848, Journal of solid state electrochemistry, Heidelberg, Germany, C1
Toward protic ionic liquid and organic ionic plastic crystal electrolytes for fuel cells
U Rana, M Forsyth, D MacFarlane, J Pringle
(2012), Vol. 84, pp. 213-222, Electrochimica acta, Amsterdam, The Netherlands, C1
L Jin, K Nairn, C Forsyth, A Seeber, D MacFarlane, P Howlett, M Forsyth, J Pringle
(2012), Vol. 134, pp. 9688-9697, Journal of the American Chemical Society, Washington, D.C., C1
A novel carbon-PEDOT composite counter electrode for monolithic dye-sensitized solar cells
S Thompson, J Pringle, X Zhang, Y Cheng
(2012), Vol. 46, pp. 1-5, Journal of physics D : applied physics, Bristol, England, C1-1
J Janikowski, M Razali, S Batten, D MacFarlane, J Pringle
(2012), Vol. 77, pp. 1039-1045, ChemPlusChem, Weinheim,Germany, C1-1
Ion conduction in organic ionic plastic crystals
M Forsyth, J Pringle, D MacFarlane
(2011), pp. 349-373, Electrochemical aspects of ionic liquids, Hoboken, N. J., B1-1
Ionic liquids and organic ionic plastic crystals utilizing small phosphonium cations
V Armel, D Velayutham, J Sun, P Howlett, M Forsyth, D MacFarlane, J Pringle
(2011), Vol. 21, pp. 7640-7650, Journal of materials chemistry, London, England, C1-1
V Armel, M Forsyth, D MacFarlane, J Pringle
(2011), Vol. 4, pp. 2234-2239, Energy and environmental science, Cambridge, U. K., C1-1
Porphyrin dye-sensitised solar cells utilising a solid-state electrolyte
V Armel, J Pringle, P Wagner, M Forsyth, D Officer, D MacFarlane
(2011), Vol. 47, pp. 9327-9329, Chemical communications, Cambridge, U. K., C1-1
J Pringle, V Armel
(2011), Vol. 30, pp. 371-407, International reviews in physical chemistry, Abingdon, England, C1-1
Novel ionic liquids and plastic crystals utilizing the cyanate anion
J Janikowski, C Forsyth, D MacFarlane, J Pringle
(2011), Vol. 2011, pp. 19219-19225, Journal of materials chemistry, Cambridge, England, C1-1
E Izgorodina, R Maganti, V Armel, P Dean, J Pringle, K Seddon, D MacFarlane
(2011), Vol. 115, pp. 14688-14697, Journal of physical chemistry part B, Washington, D. C., C1-1
M Trenfield, S McDonald, K Kovacs, E Lesher, J Pringle, S Markich, J Ng, B Noller, P Brown, R van Dam
(2011), Vol. 45, pp. 3075-3081, Environmental science and technology, Washington, D. C., C1-1
Ionic liquid electrolyte porphyrin dye sensitised solar cells
V Armel, J Pringle, M Forsyth, D MacFarlane, D Officer, P Wagner
(2010), Vol. 46, pp. 3146-3148, Chemical communications, Cambridge, England, C1-1
Ionic liquids and reactions at the electrochemical interface
D MacFarlane, J Pringle, P Howlett, M Forsyth
(2010), Vol. 12, pp. 1659-1669, Physical chemistry chemical physics, Cambridge, England, C1-1
Y Shekibi, J Pringle, J Sun, S Pas, N Rocher, B Clare, A Hill, D MacFarlane, M Forsyth
(2010), Vol. 20, pp. 338-344, Journal of materials chemistry, Cambridge, England, C1-1
Organic ionic plastic crystals : recent advances
J Pringle, P Howlett, D MacFarlane, M Forsyth
(2010), Vol. 20, pp. 2056-2062, Journal of materials chemistry, Cambridge, England, C1-1
The influence of different nanoparticles on a range of organic ionic plastic crystals
J Pringle, Y Shekibi, D MacFarlane, M Forsyth
(2010), Vol. 55, pp. 8847-8854, Electrochimica acta, New York, N.Y., C1-1
J Pringle, J Adebahr, D MacFarlane, M Forsyth
(2010), Vol. 12, pp. 7234-7240, Physical chemistry chemical physics, Cambridge, England, C1-1
Electrodeposited PEDOT-on-plastic cathodes for dye-sensitized solar cells
J Pringle, V Armel, D MacFarlane
(2010), Vol. 46, pp. 5367-5369, Chemical communications, Cambridge, England, C1-1
Structural analysis of low melting organic salts: perspectives on ionic liquids
P Dean, J Pringle, D MacFarlane
(2010), Vol. 12, pp. 9144-9153, Physical chemistry chemical physics, Cambridge, England, C1-1
Structural characterization of novel ionic salts incorporating trihalide anions
P Dean, B Clare, V Armel, J Pringle, C Forsyth, M Forsyth, D MacFarlane
(2009), Vol. 62, pp. 334-340, Australian journal of chemistry, Melbourne, Vic., C1-1
PEDOT-coated counter electrodes for dye-sensitized solar cells
J Pringle, V Armel, M Forsyth, D MacFarlane
(2009), Vol. 62, pp. 348-352, Australian journal of chemistry, Melbourne, Vic., C1-1
The Madelung constant of organic salts
E Izgorodina, U Bernard, P Dean, J Pringle, D MacFarlane
(2009), Vol. 9, pp. 4834-4839, Crystal growth design, Washington, D. C., C1-1
S Tan, D MacFarlane, J Upfal, L Edye, W Doherty, A Patti, J Pringle, J Scott
(2009), Vol. 11, pp. 339-345, Green chemistry, Cambridge, England, C1-1
The effect of alkyl chain length in a series of novel N-alkyl-3-benzylimidazolium iodide salts
P Dean, J Golding, J Pringle, M Forsyth, B Skelton, A White, D MacFarlane
(2009), Vol. 11, pp. 2456-2465, CrystEngComm, Cambridge, England, C1-1
J Pringle, M Forsyth, D MacFarlane
(2008), pp. 167-211, Electrodeposition from ionic liquids, Weinheim, Germany, B1-1
One-step synthesis of conducting polymer-noble metal nanoparticle composites using an ionic liquid
J Pringle, O Winther-Jensen, C Lynam, G Wallace, M Forsyth, D MacFarlane
(2008), Vol. 18, pp. 2031-2040, Advanced functional materials, Weinheim, Germany, C1-1
P Dean, J Pringle, C Forsyth, J Scott, D MacFarlane
(2008), Vol. 32, pp. 2121-2126, New journal of chemistry, Cambridge, England, C1-1
Anionic polymerization of styrene in ionic liquids
R Vijayaraghavan, J Pringle, D MacFarlane
(2008), Vol. 44, pp. 1758-1762, European polymer journal, Amsterdam, The Netherlands, C1-1
Functionalised pseudo-boehmite nanoparticles as an excellent adsorbent material for anionic dyes
A Auxilio, P Andrews, P Junk, L Spiccia, D Neumann, W Raverty, N Vanderhoek, J Pringle
(2008), Vol. 18, pp. 2466-2474, Journal of materials chemistry, Cambridge, England, C1-1
1-Methyl-1-propylpyrrolidinium chloride
P Dean, J Pringle, D MacFarlane
(2008), Vol. 64, Acta crystallographica section E : structure reports online, Malden, Mass., C1-1
Ionic liquids in electrochemical devices and processes : managing interfacial electrochemistry
D MacFarlane, M Forsyth, P Howlett, J Pringle, J Sun, G Annat, W Neil, E Izgorodina
(2007), Vol. 40, pp. 1165-1173, Accounts of chemical research, [Easton, Pa.], C1-1
Conducting polymers with fibrillar morphology synthesized in a biphasic ionic liquid/water system
J Pringle, O Ngamna, C Lynam, G Wallace, M Forsyth, D MacFarlane
(2007), Vol. 40, pp. 2702-2711, Macromolecules, Washington, D.C., C1-1
Novel nano-structured silica-based electrolytes containing quaternary ammonium iodide moities
S Cerneaux, S Zakeeruddin, J Pringle, Y Cheng, M Grätzel, L Spiccia
(2007), Vol. 17, pp. 3200-3206, Advanced functional materials, Weinheim, Germany, C1-1
S McDonald, J Pringle, P Prenzler, A Bishop, K Robards
(2007), Vol. 58, pp. 222-231, Marine and freshwater research, Melbourne, Vic., C1-1
S McDonald, J Pringle, A Bishop, P Prenzler, K Robards
(2007), Vol. 1153, pp. 203-213, Journal of chromatography A, Amsterdam, The Netherlands, C1-1
D MacFarlane, J Pringle, K Johansson, S Forsyth, M Forsyth
(2006), pp. 1905-1917, Chemical communications, Cambridge, England, C1-1
J Pringle, M Forsyth, G Wallace, D MacFarlane
(2006), Vol. 39, pp. 7193-7195, Macromolecules, Washington, D. C., C1-1
Conducting polymer nanoparticles synthesized in an ionic liquid by chemical polymerisation
J Pringle, O Ngamna, J Chen, G Wallace, M Forsyth, D MacFarlane
(2006), Vol. 156, pp. 979-983, Synthetic metals, Amsterdam, The Netherlands, C1-1
Ion conduction in organic plastic crystals
M Forsyth, D MacFarlane, J Pringle, W Ogihara
(2005), pp. 144-160, Electrochemical aspects of ionic liquids, London, England, B1-1
The additive effect of zwitterion and nano-particles on ion dissociation in polyelectrolytes
N Byrne, J Pringle, C Tiyapiboonchaiya, D MacFarlane, M Forsyth
(2005), Vol. 50, pp. 2733-2738, Electrochimica acta, New York, N.Y., C1-1
J Pringle, M Forsyth, D MacFarlane, K Wagner, S Hall, D Officer
(2005), Vol. 46, pp. 2047-2058, Polymer, Oxford, England, C1-1
Solid state NMR analysis of polypyrrole grown in a phosphonium ionic liquid
J Pringle, D MacFarlane, M Forsyth
(2005), Vol. 155, pp. 684-689, Synthetic metals, Basel, Switzerland, C1-1
Investigation of the electropolymerisation of EDOT in ionic liquids
K Wagner, J Pringle, S Hall, M Forsyth, D MacFarlane, D Officer
(2005), Vol. 153, pp. 257-260, Synthetic metals, Basel, Switzerland, C1-1
J Chen, D Officer, J Pringle, D MacFarlane, C Too, G Wallace
(2005), Vol. 8, Electrochemical and solid-state letters, Pennington, N. J., C1-1
Autopolymerization of pyrrole in the presence of a host/guest calixarene
D Reece, J Pringle, S Ralph, G Wallace
(2005), Vol. 38, pp. 1616-1622, Macromolecules, Washington, D. C., C1-1
Voltammetric studies on the reduction of polyoxometalate anions in ionic liquids
J Zhang, A Bond, D MacFarlane, S Forsyth, J Pringle, A Mariotti, A Glowinski, A Wedd
(2005), Vol. 44, pp. 5123-5132, Inorganic chemistry, San Diego, Calif., C1-1
Polymer-in-ionic-liquid electrolytes
D MacFarlane, C Tiyapiboonchaiya, J Pringle, M Forsyth, J Sun
(2004), Vol. 45, pp. 327-328, Polymer preprints, Bound Brook, N. J., C1-1
Supercritical CO2 modified organic ionic plastic crystals
S Pas, J Efthimiadis, J Pringle, M Forsyth, D MacFarlane
(2004), Vol. 14, pp. 2603-2605, Journal of materials chemistry, Cambridge, England, C1-1
Thermal and physical properties of an archetypal organic ionic plastic crystal electrolyte
S Pas, J Pringle, M Forsyth, D MacFarlane
(2004), Vol. 6, pp. 3721-3725, Physical chemistry chemical physics, Cambridge, England, C1-1
Electrochemical synthesis of polypyrrole in ionic liquids
J Pringle, J Efthimiadis, P Howlett, J Efthimiadis, D MacFarlane, A Chaplin, S Hall, D Officer, G Wallace, M Forsyth
(2004), Vol. 45, pp. 1447-1453, Polymer, Oxford, England, C1-1
Electrochemical synthesis of polypyrrole in ionic liquids
J Pringle, J Efthimiadis, P Howlett, G Wallace, J Efthimiadis, D MacFarlane, M Forsyth
(2004), Vol. 45, pp. 198-199, Polymer preprints, Bound Brook, N. J., C1-1
The zwitterion effect in high-conductivity polyelectrolyte materials
C Tiyapiboonchaiya, J Pringle, J Sun, N Byrne, P Howlett, D MacFarlane, M Forsyth
(2004), Vol. 3, pp. 29-32, Nature materials, London, England, C1-1
Thermal degradation of ionic liquids at elevated temperatures
K Baranyai, G Deacon, D MacFarlane, J Pringle, J Scott
(2004), Vol. 57, pp. 145-147, Australian journal of chemistry, Collingwood, Vic., C1-1
S Forsyth, J Pringle, D MacFarlane
(2004), Vol. 57, pp. 113-119, Australian journal of chemistry, Melbourne, Vic., C1-1
Ion conduction in organic plastic crystals
M Forsyth, J Pringle, D MacFarlane, W Ogihara
(2003), pp. 1-1, Ionic liquids : the front and future of material development, Tokyo, Japan, B1-1
The zwitterion 1-butylimidazolium-3- (n-butanesulfonate)
J Pringle, C Forsyth, M Forsyth, D MacFarlane
(2003), Vol. 59, Acta crystallographica. Section E, structure reports online, Chester, England, C1-1
Polyelectrolyte-in-ionic-liquid electrolytes
C Tiyapiboonchaiya, J Pringle, D MacFarlane, M Forsyth, J Sun
(2003), Vol. 204, pp. 2147-2154, Macromolecular chemistry and physics, Weinheim, Germany, C1-1
J Pringle, J Golding, K Baranyai, C Forsyth, G Deacon, J Scott, D MacFarlane
(2003), Vol. 27, pp. 1504-1510, New journal of chemistry, Cambridge, England, C1-1
Physical trends and structural features in organic salts of the thiocyanate anion
J Pringle, J Golding, C Forsyth, G Deacon, M Forsyth, D MacFarlane
(2002), Vol. 12, pp. 3475-3480, Journal of materials chemistry, Cambridge, England, C1-1
Jennifer Pringle, Maria Forsyth, Douglas Macfarlane
(), pp. 167-211, Electrodeposition from Ionic Liquids, B1-1
Colin Kang, Oliver Hutt, Jennifer Pringle
(), ChemPhysChem, C1
Funded Projects at Deakin
Australian Competitive Grants
ARC Centre of Excellence for Electromaterials Science
Prof Gordon Wallace, Prof Maria Forsyth, Prof Jenny Pringle
ARC CRE - Centres of Excellence
- 2013: $313,399
- 2012: $280,749
- 2011: $266,399
- 2010: $185,005
Novel Ionic Composites with superior transport and mechanical properties for Clean Energy Systems
Prof Patrick Howlett, Prof Jenny Pringle, Prof Michel Armand, Dr Wren Greene
ARC - Discovery Projects
- 2016: $95,984
- 2015: $94,380
- 2014: $92,720
ARC Centre of Excellence for Electromaterials Science
Prof Gordon Wallace, Prof Maria Forsyth, Prof Douglas MacFarlane, Prof David Officer, Prof Mark Cook, Prof Susan Dodds, Prof Geoffrey Spinks, Prof Gursel Alici, A/Prof Simon Moulton, A/Prof Marc in het Panhuis, A/Prof Robert Kapsa, A/Prof Jeremy Crook, A/Prof Peter Innis, Dr Michael Higgins, Dr Attila Mozer, Prof Michelle Coote, Prof Patrick Howlett, Prof Xungai Wang, Prof Jenny Pringle, Prof Linda Hancock, Dr Jie Zhang, A/Prof Robert Sparrow, Prof Brett Paull, A/Prof Dirk Guldi, Prof Masayoshi Watanabe, Prof Dermot Diamond, A/Prof Seon-Jeong Kim, Prof Patrick Unwin, Dr Millicent Firestone
ARC CRE - Centres of Excellence
- 2020: $787,871
- 2019: $834,912
- 2018: $755,711
- 2017: $698,120
- 2016: $741,098
- 2015: $753,197
- 2014: $701,567
Increasing solid electrolyte conductivity through defect design
Prof Jenny Pringle, Prof Peter Bruce, Adj/Prof Anthony Hollenkamp
ARC - Discovery Projects
- 2019: $117,440
- 2018: $107,393
- 2017: $113,548
ARC Training Centre for Future Energy Storage Technologies
Prof Maria Forsyth, Prof Dan Li, Prof Douglas MacFarlane, Prof Abbas Kouzani, Prof Peter Talbot, Prof Jenny Pringle, Prof Patrick Howlett, Prof Saeid Nahavandi, Dr Michael Fielding, Dr Justine Walter, Dr John Chiefari, Dr Andrew Rider, Dr Yufei Wang, Dr Sceats Mark, Adj/Prof Drew Evans, Mr Herbert Ho, Mr Simon Savage, Prof Jose Alarco, Dr Xinyi Zhang, Dr Parama Banerjee, Michael Portmann, Dr Mega Kar, Mr Nathan Spencer, Mr Richard Brodribb, Dr Cristina Pozo-Gonzalo, A/Prof Andrew Minett
ARC Industrial Transformation Training Centres
- 2022: $20,503
- 2021: $640,137
- 2020: $837,006
- 2019: $801,691
- 2018: $1,014,689
Phase Change Materials for Wind and Solar Energy Storage
Prof Douglas MacFarlane, Prof Jenny Pringle, Dr Mega Kar, Mr Stephen White
ARC Linkage - Projects
- 2021: $60,023
- 2020: $60,023
Designing disorder into ionic materials for clean energy applications.
Prof Jenny Pringle, Prof Douglas MacFarlane, Dr Mega Kar
ARC - Discovery Projects
- 2022: $60,657
- 2021: $108,963
Other Public Sector Funding
ARC Training Centre for Future Energy Storage Technologies
Prof Maria Forsyth, Prof Dan Li, Prof Douglas MacFarlane, Prof Abbas Kouzani, Prof Peter Talbot, Prof Jenny Pringle, Prof Patrick Howlett, Prof Saeid Nahavandi, Dr Michael Fielding, Dr Justine Walter, Dr John Chiefari, Dr Andrew Rider, Dr Yufei Wang, Dr Sceats Mark, Adj/Prof Drew Evans, Mr Herbert Ho, Mr Simon Savage, Prof Jose Alarco, Dr Xinyi Zhang, Dr Parama Banerjee, Michael Portmann, Dr Mega Kar, Mr Nathan Spencer, Mr Richard Brodribb, Dr Cristina Pozo-Gonzalo, A/Prof Andrew Minett
Department of Defence
- 2019: $30,000
Other Funding Sources
Facility for in-situ NMR of advanced materials and devices
Prof Maria Forsyth, A/Prof Nolene Byrne, Dr Timothy Bastow, Prof Jenny Pringle, Dr Adam Best, Dr Anthony Hollenkamp, Dr Bradley Ladewig, Prof Huanting Wang, Prof Peter Hodgson, Prof Junichi Kawamura, Prof Douglas MacFarlane, Dr Anita Hill, Prof Ying (Ian) Chen, Dr Kate Nairn, Prof David Officer, Dr Jia Wang, Prof Colin Barrow
Monash University
- 2013: $164,000
Supervisions
Abuzar Taheri
Thesis entitled: Development of quasi-solid state electrolytes for thermal energy harvesting
Doctor of Philosophy (Engineering), Institute for Frontier Materials
Matthew Russo
Thesis entitled: Development of Quasi-Solid State Electrolytes for Thermal Energy Harvesting
Master of Philosophy (Electromaterials), Institute for Frontier Materials
Arun T.A.
Thesis entitled: Plasma-Treated water as an Anodizing Electrolyte for Fabrication of Titanium Dioxide Nanotubes
Doctor of Philosophy (Engineering), Institute for Frontier Materials
Danah Tawfiq Hasan Al-Masri
Thesis entitled: The design and use of redox active ionic electrolytes for thermal energy harvesting.
Doctor of Philosophy (Engineering), Institute for Frontier Materials
Yundong Zhou
Thesis entitled: Development of nano-structured plastic crystal/polymer composites as solid state electrolytes
Doctor of Philosophy (Engineering), Institute for Frontier Materials
Jonathan Lane McDonald
Thesis entitled: Novel Gas Separation Membranes Based On Organic Ionic Plastic Crystals
Doctor of Philosophy (Engineering), Institute for Frontier Materials
Vinay Shekhar Kandagal
Thesis entitled: Molecular Modelling Studies of an Organic Ionic Plastic Crystal for Gas Absorption and Electrolyte Applications
Doctor of Philosophy (Engineering), Institute for Frontier Materials