Silicon heterojunction (SHJ) solar cells are renowned for their high efficiency. However, SHJ
solar cells are susceptible to various contaminants, leading to significant performance …

Corrosion in the field environment is influenced by time-varying humidity, temperature, and
pollutants. To predict the corrosion loss, a corrosion rate model is proposed which consists …

The chloride deposition rate is one of critical factors affecting the atmospheric corrosion of
metals, which can be monitored by exposing Ag specimens and analyzing their surfaces …

Conjugated polymers with ionic pendant groups (CPEs) are receiving increasing attention
as solution-processed interfacial materials for organic solar cells (OSCs). Various anionic …

Otherwise attractive substrate materials for printed electronics may have such surface
characteristics that make patterning challenging. This article focuses on the printability and …

Flexible transparent conducting coatings have been adopted in many novel optoelectrical
devices for energy-related applications. Laminated coatings composed of oxide/metal/oxide …

In realistic applications, silver nanowires (AgNWs) are encapsulated in optoelectrical
devices to function as transparent conductors and electrodes. Environmental stressors along …

Atmospheric corrosion of silver from multiple beachfront sites in Florida was examined by
coulometric reduction. Exposure was performed at the US Naval Research Laboratory in …

Understanding the risk of corrosion due to local environmental conditions is critical to
aviation assets spread across the world. Oftentimes, maintenance intervals are set to the …

Time-based inspection and maintenance intervals are a conventional method of corrosion
monitoring on aircraft. However, as corrosion processes do not necessarily occur in …