The goal of current research in gas sensor technology is the development of a highly
effective, small gas sensor that is able to operate at room temperature. There has been a …

Nanostructured transition metal dichalcogenides (TMDs) like MoS2 hold promise for gas
sensing applications due to their exceptional properties. However, limitations exist in …

This study investigates the potential of platinum (Pt) decorated single-layer WSe2 (Pt-WSe2)
monolayers as high-performance gas sensors for NO2, CO2, SO2, and H2 using first …

Over the last decade, the first two-dimensional transition metal dichalcogenide, MoS 2, has
been extensively investigated for developing efficient photodetectors due to its tunable …

MoS2-based field-effect transistors (FETs) and, in general, transition metal dichalcogenide
channels are fundamentally limited by high contact resistance (RC) and intrinsic defects …

MoS 2 coatings were formed on surface-oxidized silicon, chemical vapor deposition (CVD)-
grown graphene, and reduced fluorinated graphene (rFG) from ammonium …

High-performance gas sensors for the field of gas sensing have drawn a lot of attention to
molybdenum sulfide materials, but there is little research on the influence of crystallization …

Nanostructured materials, characterized by their unique physical and chemical attributes at
the nanoscale, enable the development of advanced applications due to their distinct size …

In the electrical industry, there are many hazardous gases that pollute the environment and
even jeopardize human health, so timely detection and effective control of these hazardous …

The advent of SnO 2 materials has significantly revolutionized semiconductor gas sensors.
However, their high working temperature, sluggish response/recovery velocities, poor …