In the current paper, it is demonstrated that nanoadditives based on detonation nanodiamonds used in combination with other antifriction\antiwear additives provide from modest to significant improvements of the tribological properties of the commercial lubricating oils depending on the initial formulated oil properties. It was also demonstrated that functionalization of DND surface with fluorine provides beneficial effect. Fluorine-containing DNDs demonstrated superior tribological properties as compared to the pristine non-functionalized particles. © 2012 Copyright Taylor and Francis Group, LLC
The prospect of modern tribology has been expanded with the advent of nanomaterial-based lubrication...
The tribological properties of evenly distributed and agglomerated nanodiamonds on steel contact sur...
The tribological properties of evenly distributed and agglomerated nanodiamonds on steel contact sur...
In the current work tribological properties of different compositions of lubricant additives based o...
Currently tribological laboratories are looking for a new type of solid ingredients, to create a lub...
Nanoparticles and organic friction modifiers (OFMs) as lubricant additives have shown great potentia...
This work investigated the effect of nanodiamond (ND) additives on the tribological properties of Cr...
The article shows the studies of tribopairs with different modes of operation and in the presence of...
Nanodiamond dispersions in ethylene glycol were applied in order to improve the boundary lubrication...
Nanodiamond dispersions in ethylene glycol were applied in order to improve the boundary lubrication...
This paper presents an overview on the use of various classes of nanomaterials in lubricant formulat...
Purpose: This paper proposes the formulation of a nanodiamond particle-loaded food-grade lubricating...
Purpose: This paper proposes the formulation of a nanodiamond particle-loaded food-grade lubricating...
Purpose: This paper proposes the formulation of a nanodiamond particle-loaded food-grade lubricating...
Lubricating oil can effectively reduce friction between mechanical parts, thereby reducing energy co...
The prospect of modern tribology has been expanded with the advent of nanomaterial-based lubrication...
The tribological properties of evenly distributed and agglomerated nanodiamonds on steel contact sur...
The tribological properties of evenly distributed and agglomerated nanodiamonds on steel contact sur...
In the current work tribological properties of different compositions of lubricant additives based o...
Currently tribological laboratories are looking for a new type of solid ingredients, to create a lub...
Nanoparticles and organic friction modifiers (OFMs) as lubricant additives have shown great potentia...
This work investigated the effect of nanodiamond (ND) additives on the tribological properties of Cr...
The article shows the studies of tribopairs with different modes of operation and in the presence of...
Nanodiamond dispersions in ethylene glycol were applied in order to improve the boundary lubrication...
Nanodiamond dispersions in ethylene glycol were applied in order to improve the boundary lubrication...
This paper presents an overview on the use of various classes of nanomaterials in lubricant formulat...
Purpose: This paper proposes the formulation of a nanodiamond particle-loaded food-grade lubricating...
Purpose: This paper proposes the formulation of a nanodiamond particle-loaded food-grade lubricating...
Purpose: This paper proposes the formulation of a nanodiamond particle-loaded food-grade lubricating...
Lubricating oil can effectively reduce friction between mechanical parts, thereby reducing energy co...
The prospect of modern tribology has been expanded with the advent of nanomaterial-based lubrication...
The tribological properties of evenly distributed and agglomerated nanodiamonds on steel contact sur...
The tribological properties of evenly distributed and agglomerated nanodiamonds on steel contact sur...