Electrochemical N2 reduction reaction (E‐NRR) has recently gained increasing interest
within the scientific community, due to the ongoing energy crisis and pursuit of process …

Aluminum, due to its high abundance, very attractive theoretical capacity, low cost, low (de−)
lithiation potential, light weight, and effective suppression of dendrite growth, is considered …

Liquid metal plasma facing components (LMPFC) have shown a potential to supplant solid
plasma facing components materials in the high heat flux regions of magnetic confinement …

As the use of liquid metals in plasma facing components becomes more widespread, it is
important to investigate how these liquid metals interact with the surfaces onto which they …

All-solid-state batteries (ASSBs) with lithium metal anodes represent a potential future
battery technology due to their increased energy density and operational safety. The …

Lithium dendrites are among the most significant threats associated with the practical
application of lithium metal anode in lithium batteries. Lithium dendrites are caused by the …

Neutron production driven by intense lasers utilizing inverse kinematic reactions is explored
self-consistently by a combination of particle-in-cell simulations for laser-driven ion …

Lithium metal anodes have again attracted widespread attention due to the continuously
growing demand of cells with higher energy density. However, the lithium deposition …

IFMIF-DONES will be an experimental facility designed to irradiate material samples under
conditions similar to those expected in future fusion power reactors. As a radiological facility …

The increasing requirements for high-performance lithium-ion batteries from applications
such as electric aviation and electric mobility require further improvement of this energy …