期刊论文

Duan, HT

英文

摩擦(英文)

2223-7690

2024

12

7

1564-1579

10.1007/s40544-023-0835-6

the National Natural Science Foundation of China(Nos.51975421,52075405,and 51975420) Hubei Longzhong Laboratory Independent Innovation Research Project(No.2022ZZ-05).

本校为其他机构

AbstractIn this work, the advantage of Coulomb repulsion in the intermolecular forces experienced by molecules on the solid-liquid nanosized contact interface is taken, and the superior friction-reducing property of Cu3(PO4)2·3H2O (CuP) oil-based additives has been confirmed for titanium alloy. Three-dimensional (3D) CuP nanoflowers (CuP-Fs) with a strong capillary absorption effect are prepared to achieve the homogeneous mixing of solid CuP and lubricating oil. Lubrication by CuP-Fs additives for titanium alloy, friction coefficient (COF) can...

In this work,the advantage of Coulomb repulsion in the intermolecular forces experienced by molecules on the s...展开更多 In this work,the advantage of Coulomb repulsion in the intermolecular forces experienced by molecules on the solid–liquid nanosized contact interface is taken,and the superior friction-reducing property of Cu3(PO4)2·3H2O(CuP)oil-based additives has been confirmed for titanium alloy.Three-dimensional(3D)CuP nanoflowers(CuP-Fs)with a strong capillary absorption effect are prepared to achieve the homogeneous mixing of solid C...