Finding 2D and thin‐film layered materials have become essential to develop not only in
scientific‐related fields, but also in a wide industry, which is constantly feeding from this …

Passivating contacts based on metal oxides have proven to enable high energy conversion
efficiencies for crystalline silicon (c-Si) solar cells at low processing complexity. In this work …

MoO2, a conductive metal oxide, has attracted considerable attention as an electrode
material in metal–insulator–metal (MIM) capacitors owing to its crystallinity and high work …

The industry for producing silicon solar cells and modules has grown remarkably over the
past decades, with more than a 100‐fold reduction in price over the past 45 years. The main …

The stoichiometry and work function of molybdenum oxide (MoO x) are of crucial importance
for its performance as hole selective contact for crystalline silicon solar cells. Hydrogenated …

Molybdenum oxide thin films are successfully deposited using spatial atomic layer
deposition (SALD), a tool designed for high‐throughput industrial film growth. The structural …

Metal contacts to MoS2 field-effect transistors (FETs) play a determinant role in the device
electrical characteristics and need to be chosen carefully. Because of the Schottky barrier …

In this work, the role of growth angle on the optoelectronic properties of sputter deposited
MoOx thin films are investigated. X-ray diffraction studies reveal the amorphous nature of …

The vapor deposition of many molybdenum-containing films relies on the delivery of volatile
compounds with the general bis (tert-butylimido) molybdenum (VI) framework, both in atomic …

Aluminum oxide thin films fabricated via atomic layer deposition are introduced as
passivating tunneling interlayers between hole-selective molybdenum oxide contacts and …