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Synthesis and Tribological Properties of MoSe<sub>2</sub>/C and MoSe<sub>2</sub> Nanoflakes
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The inorganic materials（MoSe2/C) and MoSe2 were synthesized via solid-state reaction methods and characterized by a series of techniques. The growth process of the products was discussed on the basis of the experimental facts. The tribological properties of MoSe2/C and MoSe2as additives in 150bn basic oil were investigated by UMT-2 multispecimen tribotester. Under the determinate conditions, the friction coefficient of the basic oil containing MoSe2/C (or MoSe2) was lower than that of the basic oil. Moreover, the tribological property of the basic oil with the MoSe2/C was better than that with MoSe2nanoflakes. A combination of sliding friction, stable tribofilm and fill in-repair mechanisms on the rubbing surface could explain the good friction and wear properties of MoSe2/C and MoSe2as additives.
Trans Tech Publications, Ltd.
Title: Synthesis and Tribological Properties of MoSe<sub>2</sub>/C and MoSe<sub>2</sub> Nanoflakes
Description:
The inorganic materials（MoSe2/C) and MoSe2 were synthesized via solid-state reaction methods and characterized by a series of techniques.
The growth process of the products was discussed on the basis of the experimental facts.
The tribological properties of MoSe2/C and MoSe2as additives in 150bn basic oil were investigated by UMT-2 multispecimen tribotester.
Under the determinate conditions, the friction coefficient of the basic oil containing MoSe2/C (or MoSe2) was lower than that of the basic oil.
Moreover, the tribological property of the basic oil with the MoSe2/C was better than that with MoSe2nanoflakes.
A combination of sliding friction, stable tribofilm and fill in-repair mechanisms on the rubbing surface could explain the good friction and wear properties of MoSe2/C and MoSe2as additives.
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