The conventional steels and their alloys are not able to withstand high temperature
corrosion in boilers of thermal power plants. The problem of hot corrosion has become more …

Co-firing a low amount of biomass together with coal creates a severely corrosive
environment in the presence of moisture which in turn causes high-temperature corrosion of …

High-temperature molten salt systems are employed in a wide variety of industrial
applications, linked to energy production and storage, such as concentrated solar power …

Various industries extensively use the high-velocity oxy-fuel coating technique due to its
superior quality, cost-effectiveness, flexibility and convenience for use. The present research …

In this study, Cr3C2/10% NiCr layer was deposited on the AISI 2205 duplex stainless steel
by the HVOF technique. Microstructural, tribological and corrosion behaviors of the coated …

The high operating temperature-based industry extensively requires coating of material
surfaces that are subjected to a high-temperature environment to improve their surface and …

Spherical carbons with an onion-like structure can be synthesized using a facile flame
pyrolysis (FP) method. The methodology has been known for centuries and in the 20th …

Corrosion degradation of ship hull plates is an important aspect responsible for failure of
ships in marine environment. Surface coatings are being used to protect the metallic …

Conventional steels and their alloys are not able to withstand high temperature corrosion in
thermal power plant boilers. For boiler fireside components, issues of concern include …

The results of full-scale studies of the corrosion and abrasive resistance of the surfaces of
experimental samples of tubular steel 20 with a protective ion-plasma coating based on Cr …