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Designer Electrolytes to Enable Advanced Batteries (Dr Mega Kar| Deakin)

Designer Electrolytes to Enable Advanced Batteries (Dr Mega Kar| Deakin)

by Editor | Jun 9, 2025 | Talk2D

DATE 12 June 2025 | TIME 1115 – 1215 AEST | PLACE Hybrid (G29, New Horizons, Monash University, Clayton or Zoom)| Flyer Abstract In recent years, Li-ion batteries have rapidly been adopted as the benchmark commercial energy storage technology for most...
Designer Electrolytes to Enable Advanced Batteries (Dr Mega Kar| Deakin)

Electrochemical Engineering and Direct Ink Writing 3D Printing (Prof Yulin Zhong| Griffith)

by Editor | Jan 30, 2025 | Talk2D

DATE 7 February 2025 | TIME 1400 – 1500 AEDT | PLACE Online | Flyer Abstract Electrochemical engineering is a powerful technique that has been applied on industrial scale to cost-effectively produce valuable chemicals and materials that are otherwise difficult...
Designer Electrolytes to Enable Advanced Batteries (Dr Mega Kar| Deakin)

‘Layered’ transition metal oxides as cathode materials for Na-ion batteries (Amartya Mukhopadhyay | IITB)

by Editor | Jun 3, 2024 | Talk2D

DATE 11 June 2024 | TIME 1130 – 1230 AEDT | PLACE Hybrid (Rm407 New Horizons, 20 Research Way, Monash University) Abstract ‘Layered’ transition metal (TM) oxides are a fascinating class of materials, whose properties can be suitably tuned in a variety of ways;...
Designer Electrolytes to Enable Advanced Batteries (Dr Mega Kar| Deakin)

Manufacturing and decarbonization challenges and opportunities in battery manufacturing (Dr Anirban Das | Gotion, Inc)

by Editor | Apr 5, 2024 | Talk2D

DATE 29 April 2024 | TIME 0930 – 1030 AEDT | PLACE Zoom TALK NOT AVAILABLE FOR PUBLIC RELASE Abstract The next 10 years will see a rapid scale up of manufacturing in the US especially in the clean energy sector, as the world races towards decarbonization, with...
From batch to flow-based methods for production and modification of 2D materials (Prof Mainak Majumder, Monash University)

From batch to flow-based methods for production and modification of 2D materials (Prof Mainak Majumder, Monash University)

by Editor | Mar 21, 2023 | Talk2D

Bulk 2D materials are primarily obtained from layered 2D minerals such as graphite, molybdenite, boron nitride etc. by breaking intermolecular bonds. Forces which are used for breaking intermolecular bonds include externally imposed mechanical forces, or internal...
From batch to flow-based methods for production and modification of 2D materials (Prof Mainak Majumder, Monash University)

Liquid state of post-transition metals for 2D materials’ interfacial synthesis (Prof Kourosh Kalanter-Zadeh, UNSW)

by Editor | Mar 21, 2023 | Talk2D

Liquid metal-based processes can offer significant possibilities to the world of two dimensional semiconductors. Surface of liquid metals may be layered in specific cases. These layered media can be oxidised or sulphurised and then harvested. The surface of liquid...
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  • Atomic-Scale Engineering of 2D Materials by Scalable Chemical Vapor Deposition for Tunable Functional Devices (Dr Irfan Haider Abidi| RMIT)
  • What a success! – AM2D Annual Conference 2025
  • An Australian First! – 1st Australian Workshop on 2D Printed Devices
  • Designer Electrolytes to Enable Advanced Batteries (Dr Mega Kar| Deakin)

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