Green hydrogen is a promising technology for sustainable energy production, with
photocatalytic water splitting offering several advantages over wind/solar-powered water …

In the last two decades, many research works have been focused on enhancing the
properties of gas sensors by utilising external triggers like temperature and light. Most …

Herein, a series of Z-type heterojunctions Fe x CN@ MoS 2-Y were synthesized by a
combination of calcination and hydrothermal methods for the removal of ciprofloxacin (CIP) …

Light irradiation has emerged as a promising strategy to promote room temperature sensing
of resistive-type semiconductor gas sensors recently. However, high recombination rate of …

MoS 2 is a promising gas sensing material due to its low resistance and low operating
temperature. But the sensitivity of MoS 2 is limited by fast electron-hole complexation. In this …

The efficient monitoring of toxic nitrogen dioxide (NO 2) reveals a great practical significance
in terms of environmental protection and human health. Tin disulfide (SnS 2) has recently …

Semiconductor gas sensing materials with specific crystal facets exposure have attracted
researchers' attention recently. However, related research mainly focuses on single metal …

Inorganic semiconductor chemiresistors have been the mainstream of well-explored gas
sensing technology. However, the intrinsic fragile and rigid nature seriously impedes their …

Crystal facets engineering emerges as a potent strategy for modulating the surface
properties and gas sensing performance of semiconductor metal oxides. However, related …

The WS 2 microflakes heterostructured with n-type Fe 3 O 4 have been explored herein for
chemiresistive-type NH 3 sensors at room temperature. The microjunctions formed between …