Liquid metal batteries are potentially low cost, given their use of relatively abundant and inexpensive components, and because the electrode and electrolyte layers are self-segregating based on density and immiscibility.
The electrode and electrolyte layers are self-segregating due to density and immiscibility. Liquid metal batteries are potentially low cost, given their use of relatively abundant and inexpensive components.
Liquid metal batteries are potentially low cost, given their use of relatively abundant and inexpensive components. The electrode and electrolyte layers are self-segregating due to density and immiscibility.
Liquid metal batteries are potentially low cost, given their use of relatively abundant and inexpensive components. The electrode and electrolyte layers are self-segregating due to density and immiscibility.