The batteries fuelled by radio‐isotopes have represented a significant technological solution
for planetary science and exploration missions since the beginning of the space era. Now …

Diamond has emerged as the desirable semiconducting material in radiation detectors
owing to its extremely wide band gap that favors certain outstanding properties. Such …

Self-powered solar-blind UV detectors were fabricated using high-quality Ru/diamond
Schottky diodes. Photocurrents of 1 nA and 1.3 nA were obtained for detector Semi and …

Although alpha-voltaic cells have shown great potential in unattended miniaturized systems
for compact, long-lifetime and independence of external energy input, the power conversion …

The drastic miniaturization of high-frequency electronic devices has led to a dramatic
increase in the local operating temperatures of individual components. Diamond …

Improving open-circuit voltage is critical to improving the performance of diamond nuclear
battery. ZnO films have been successfully used as the electron transport layer of diamond …

Diamond materials hold great potentials with favorable characteristics for betavoltaic cells,
thanks to their simple structure, high conversion efficiency, and radiation robustness …

Surface potential pinning effect is a general rule in semiconductor materials, which can
seriously affect the performance of devices. However, the surface potential pinning effect is …

This work investigated the preparation and optimization of phosphor layer for
radioluminescent nuclear battery, and analyzed the property change of the phosphor after …

In this work, we actively investigated a betavoltaic cell model that demonstrated high
accuracy and reproducibility, utilizing both Monte Carlo (MC) simulations and Technology …