Tribological Properties of Phosphate Ester Confined between Iron-Based Surfaces
Q Yang, F Duan - Langmuir, 2024 - ACS Publications
Recent studies have revealed that phosphate ester lubricant additives undergo
decomposition and polymerization when confined between two iron-based surfaces, forming …
decomposition and polymerization when confined between two iron-based surfaces, forming …
Elucidating tribochemical reaction mechanisms: insights into tribofilm formation from hydrocarbon adsorbates coupled with tribochemical substrate wear
Tribochemical reactions, chemical processes that occur by frictional shear at sliding
interfaces, lead to tribofilm formation or substrate wear that directly affect the efficiency of …
interfaces, lead to tribofilm formation or substrate wear that directly affect the efficiency of …
Effect of Electric Fields on the Decomposition of Phosphate Esters
Phosphate esters decompose on metal surfaces and form protective polyphosphate films.
For many applications, such as in lubricants for electric vehicles and wind turbines, an …
For many applications, such as in lubricants for electric vehicles and wind turbines, an …
Influences of the spacing between nitrogen atoms on tribological performance of dual active site phosphorus-nitrogen (PN) ionic liquid
Y Lou, Y Liang, M Zhao, W Rui, Z Li - Tribology International, 2024 - Elsevier
Four dual active site ionic liquids (ILs): N2NP0, N4NP0, N6NP0, N10NP0 and three single
active site ILs: N2P0, N3P0, N8P0 were synthesized successfully, furthermore, anti-wear …
active site ILs: N2P0, N3P0, N8P0 were synthesized successfully, furthermore, anti-wear …
Investigating the Molecular Mechanisms of Shear-Activated Chemical Reactions Using Reactive Molecular Dynamics Simulations
FH Bhuiyan - 2024 - search.proquest.com
Shear-driven chemical reactions play a critical role in many manufacturing, tribological, and
synthesis processes. However, mechanistic understanding of such reactions is still limited …
synthesis processes. However, mechanistic understanding of such reactions is still limited …