The combination of noble metal and oxide support is a good approach to reduce the cost of noble metal catalyst and improve the stability of nanocatalyst in chemical reactions. Here, noble metal/zinc ...

So, how does it work? First up, that aforementioned reagent, trichloroisocyanuric acid, is activated by salt water to ...

Oxygen vacancy engineering in MoO3 enhances electronic structure, leading to improved room-temperature gas sensors for ...

Metal-organic frameworks (MOFs) are characterized by high porosity and structural versatility. They have enormous potential, ...

Researchers in China have created new silver pastes for TOPCon solar cell LECO manufacturing. The new pastes integrate either aluminum, gallium or iron and can reportedly keep cells' electrodes ...

A novel method from Rice University scientists means electrochemical CO₂ conversion devices can now run more than 50 times longer thanks to a simple yet effective switch in their humidification ...

For intelligent investors, this is more than a clean play – it’s a smart play. The question is: Are you looking at the stocks ...

Japanese researchers at the RIKEN Institute have developed a groundbreaking manganese-based catalyst that significantly ...

Solaveni, a German fine chemical manufacturer, is commercializing protic ionic liquid materials that reportedly enable more stable, water-based halide perovskite inks suitable for use in scalable thin ...

Gunnison Copper Corp. (TSX: GCU) (OTCQB: GCUMF) (FSE: 3XS0) ("Gunnison" or the "Company") is pleased to provide an update on the high-value-add ("HVA") work programs at the Gunnison Copper Project ...

The emergence of the metal-oxide varistor (MOV) has made a significant impact on station-class surge arrester technology. Areas in which MOV arresters will provide superior protection on distribution ...