Monolithic two‐terminal III‐V on Si dual‐junction solar cells, designed for low concentration
applications, were fabricated by means of surface‐activated direct wafer bonding. The III‐V …

E. Sterzer, O. Maßmeyer, L. Nattermann, K. Jandieri, S. Gupta, A. Beyer, B. Ringler, C. von
Hänisch, W. Stolz, K. Volz; 1 eV Ga (NAsSb) grown by MOVPE using di-tertiary-butyl-arsano …

Strong luminescent coupling (LC) effect reduces current mismatch in III-V-based
multijunction solar cells and consequently improves their power conversion efficiency. The …

In this study, we evaluate the potential of III-V//Si solar cell technology for space applications.
We present experimental results on wafer bonded 2-terminal III-V//Si solar cells degradation …

Strong luminescent coupling (LC) effect in a multijunction solar cell (MJSC) allows better
current balance among its subcells. The temperature dependence of wafer-bonded III-V on …

This paper presents a simple and nondestructive method to determine doping densities and
built‐in potential of subcells by adapting the well‐known capacitance‐voltage (C‐V) …

Combining III-V and Si subcells by wafer bonding is an interesting approach for III-V on Si
multijunction solar cells since it allows direct connection through a permanent, electrically …

La limite de rendement théorique de Shockley-Queisser pour une cellule solaire à simple
jonction (~ 30%) est particulièrement difficile à atteindre y compris dans la filière la plus …

This paper presents a simple and non-destructive method to determine doping densities and
built-in potential of subcells by adapting the well-known capacitance-voltage (CV) technique …

I would like to express my sincerest gratitude and warmest appreciation to the following who
have been substantial to the completion of this research work instrumental for making me …