Further developments of the miscibility gap alloy: applications and manufacture

- Fraser, Benjamin Brice

Development and investigation of large scale Miscibility Gap Alloys

- Copus, Mark Anthony

Update on unifying capture, storage and discharge of thermal energy using miscibility gap alloys

- Copus, Mark, Hands, Stuart, Kisi, Erich

On-sun testing of miscibility gap alloy thermal storage

- Copus, Mark, Fraser, Benjamin, Reece, Roger, Hands, Stuart, Cuskelly, Dylan, Sugo, Heber, Reed, Samuel, Bradley, James, Post, Alexander, Kisi, Erich

Thermal storage for CSP with miscibility gap alloys

- Cuskelly, Dylan, Fraser, Benjamin, Reed, Samuel, Post, Alexander, Copus, Mark, Kisi, Erich

Modelling and application of advanced thermal storage materials

- Rawson, Anthony Joseph

Explosion-forming of Cu-Fe miscibility gap alloy

- Fiedler, T., Sugo, H., Hokamoto, K., Garbe, U., Kisi, E., Vesenjak, M.

Thermal capacitors made from Miscibility Gap Alloys (MGAs)

- Fiedler, T., Rawson, A. J., Sugo, H., Kisi, E.

Effective conductivity of Cu-Fe and Sn-Al miscibility gap alloys

- Rawson, Anthony, Kisi, Erich, Sugo, Heber, Fiedler, Thomas

Miscibility gap alloys with inverse microstructures and high thermal conductivity for high energy density thermal storage applications

- Sugo, Heber, Kisi, Erich, Cuskelly, Dylan