Michael De Volder

Professor

University of Cambridge

United Kingdom

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Michael De Volder is a Professor at the University of Cambridge, UK. His research focuses on advanced materials and technologies for energy storage, particularly lithium batteries, as evidenced by his recent articles on cathode and anode improvements, as well as operando microscopy techniques. Additionally, he explores innovative applications of biodegradable materials and 3D printing in device fabrication.

Articles (24)

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2022

Collaborators (12)

Caterina Ducati

Professor

University of Cambridge

UNITED KINGDOM

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Edoardo Milana

Assistant Professor

University of Freiburg

GERMANY

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Ronan Daly

Professor of Advanced Manufacturing

University of Cambridge

UNITED KINGDOM

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Dominiek Reynaerts

Full professor Micro&Precision Engineering

KU Leuven

BELGIUM

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Adam Boies

University of Cambridge

UNITED KINGDOM

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Mahdi Hamidi

Assistant Professor

University of Alberta

CANADA

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Hyun Gi Koh

Assistant Professor

Hongik University

SOUTH KOREA

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Atsunori Ikezawa

Tokyo Institute of Technology

JAPAN

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Dr. Buddha Deka Boruah

Assistant Professor (Lecturer in Energy Storage)

University College London

UNITED KINGDOM

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Silvia Vignolini

University Reader in Chemistry and Bio-materials

University of Cambridge

UNITED KINGDOM

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Benjamin Gorissen

Assistant Professor

KU Leuven

BELGIUM

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Louis Piper

Professor of Battery Innovation

University of Warwick

UNITED KINGDOM

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Michael De Volder

Research Interests

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About

Articles (24)

Integrating vertically aligned CNTs into devices by nano-catalyst inkjet printing and laser ablation

Operando Confocal Microscopy of Structured Battery Electrodes

Fast 3D printing of fine, continuous, and soft fibers via embedded solvent exchange

Ditching nickel for manganese

Dual-gradient metal layer for practicalizing high-energy lithium batteries

Mechanochromic, Low‐Cost, and Structurally Colored Displays Using Biodegradable Hydroxypropyl Cellulose

Improving Cycle Life of Ni‐Rich Li‐Ion Battery Cathodes by Using Compartmentalized Anode and Cathode Electrolytes

Photobatteries: Prospects and fundamental limitations

Compositional study of Ti–Nb oxide (TiNb2O7, Ti2Nb10O29, Ti2Nb14O39, and TiNb24O62) anodes for high power Li ion batteries

Influence of Cathode Calendering Density on the Cycling Stability of Li-Ion Batteries Using NMC811 Single or Poly Crystalline Particles

Influence of Carbonate Electrolyte Solvents on Voltage and Capacity Degradation in Li‐Rich Cathodes for Li‐ion Batteries

Identifying Current Collectors that Enable Light–Battery Interactions

Organic solid–electrolyte interface layers for Zn metal anodes

Electrochemically Responsive 3d Nanoarchitectures

Artificial Cilia–Bridging the Gap with Nature

Analysis of Differences in Electrochemical Performance Between Coin and Pouch Cells for Lithium‐Ion Battery Applications

Controlled Fabrication of Carbon Nanotube Microspheres from Emulsion Templates: Exploring the Dynamics of Solvent Loss and Nanoparticle Assembly

Photo-enhanced lithium-ion batteries using metal–organic frameworks

Re-imagining the daniell cell: ampere-hour-level rechargeable Zn–Cu batteries

Simultaneously enhanced tenacity, rupture work, and thermal conductivity of carbon nanotube fibers by raising effective tube portion

Photo‐Enhanced Magnesium‐Ion Capacitors Using Photoactive Electrodes

Structurally Colored Radiative Cooling Cellulosic Films

Aerosol Jet Printing as a Versatile Sample Preparation Method for Operando Electrochemical TEM Microdevices

Hollow-core optical fibre sensors for operando Raman spectroscopy investigation of Li-ion battery liquid electrolytes

Collaborators (12)

Caterina Ducati

Edoardo Milana

Ronan Daly

Dominiek Reynaerts

Adam Boies

Mahdi Hamidi

Hyun Gi Koh

Atsunori Ikezawa

Dr. Buddha Deka Boruah

Silvia Vignolini

Benjamin Gorissen

Louis Piper

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