Alloys
Research conducted at the University of Manitoba has shed light on the role of reactive elements in improving the oxidation resistance of structural alloys in high-temperature applications. The study employed first-principles calculations to investigate the effects of selected reactive elements on the surface oxidation of a CoCrFeNi high-entropy alloy. The
Alloys
Researchers from the Institute of High Temperature Electrochemistry have made a significant discovery in the field of physics, specifically in the electrochemical extraction of uranium from molten salts. The team, led by Alena Novoselova, has successfully extracted uranium from the electrolyte in the form of alloys on a bimetallic liquid
Alloys
Researchers at Princess Nourah Bint Abdulrahman University have conducted a thorough investigation into the effect of cobalt doping on the properties of MgS, a non-magnetic semiconductor. The study, published in Physica B-condensed Matter, employed first principles computations to examine the geometrical stability, magneto-electronic, and optical properties of Co-MgS configurations. The
Alloys
A team of researchers from the National Institute of Technology Durgapur in India has made a significant breakthrough in nanotechnology by developing an enhanced nanostructured Cu-Ni alloy thin film for marine structures. The research, which utilized molecular dynamics simulations and pulsed electrodeposition, has resulted in a potent nanostructured Cu-Ni alloy
Alloys
Research conducted by scientists at Sichuan University has shed new light on the properties of refractory high-entropy alloys (RHEAs), which are being considered as potential candidates for high-temperature structural materials. Molecular dynamics simulations were employed to study the Mode-I crack behaviors in pure Ta, pure Nb, TiZrHfTa alloy, and TiZrHfNb
Alloys
Researchers from the Northwest Institute for Nonferrous Metal Research, in collaboration with other institutions, have made a groundbreaking discovery in understanding the mechanisms governing Martensitic Transformation (MT) in advanced high-strength steel alloys, particularly those undergoing quenching and partitioning treatments. By integrating thermodynamics and kinetics in multi-solute systems, the team has
Alloys
Researchers at Hunan University of Arts and Science in China have conducted a study on the influence of S5 grain boundaries (GBs) on crack propagation in Ni3Al alloy using molecular dynamics simulation. The investigation aimed to understand the behavior of S5 GBs under uniaxial loading and their effect on crack
Alloys
Researchers at Princess Nourah Bint Abdulrahman University have conducted a thorough investigation into the effect of cobalt doping on the properties of MgS, a non-magnetic semiconductor. The study, published in Physica B-condensed Matter, employed first principles computations to examine the geometrical stability, magneto-electronic, and optical properties of Co-MgS configurations. The
Alloys
Researchers from Trakya University have conducted a comprehensive study on the rapid solidification process of the Cu54Hf46 alloy using molecular dynamics simulations. The study aimed to investigate the microstructural evolution and glass formation process of the alloy during rapid solidification. The research revealed significant insights into the glass formation process,
Alloys
Researchers from the Institute of High Temperature Electrochemistry have made a significant discovery in the field of physics, specifically in the electrochemical extraction of uranium from molten salts. The team, led by Alena Novoselova, has successfully extracted uranium from the electrolyte in the form of alloys on a bimetallic liquid
Alloys
Research conducted by scientists at Sichuan University has shed new light on the properties of refractory high-entropy alloys (RHEAs), which are being considered as potential candidates for high-temperature structural materials. Molecular dynamics simulations were employed to study the Mode-I crack behaviors in pure Ta, pure Nb, TiZrHfTa alloy, and TiZrHfNb
Alloys
A team of researchers from the National Institute of Technology Durgapur in India has made a significant breakthrough in nanotechnology by developing an enhanced nanostructured Cu-Ni alloy thin film for marine structures. The research, which utilized molecular dynamics simulations and pulsed electrodeposition, has resulted in a potent nanostructured Cu-Ni alloy
