Add to ORKGAuger emission spectroscopy, low energy electron diffraction, sputtering studies, and adhesion and friction experiments on single crystals of Cu-Sn, Cu-Al, and Fe-Al alloy
Effect of orientation and presence of surface active materials on friction and wear of aluminu
Three studies are described characterizing the possible contributions of surface science to tribolog...
Various properties of metals and alloys were studied with respect to their effect on the initial sta...
Auger electron spectroscopy study of surface segregation in copper-aluminum alloy
Auger electron spectroscopy was used to examine surface segregation in the binary alloys copper-1 at...
Influence of aluminum on friction and wear of iron-aluminum alloys dry and lubricated in argon atmos...
Surface segregation of aluminum has been observed in copper-aluminum alloys by use of LEED and Auger...
Influence of crystal structure, orientation, and solubility on adhesion and sliding friction of meta...
Crystal structure and orientation, and solubility effects on adhesion and sliding friction of four m...
Equilibrium surface segregation of aluminum in a copper-10-atomic-percent-aluminum single crystal al...
The friction and wear characteristics were determined for copper binary alloys containing 10 atomic ...
Adhesion and sliding friction influenced by structure, orientation, and solubility of metal single c...
Friction characteristics and interfacial recrystallization of single-crystal and polycrystalline cop...
Sliding friction experiments were conducted with an iron rider on a copper disk and a copper rider o...
Noble-metal binary alloy friction experiments in sliding contact with iron and alloy free energy of ...
Effect of orientation and presence of surface active materials on friction and wear of aluminu
Three studies are described characterizing the possible contributions of surface science to tribolog...
Various properties of metals and alloys were studied with respect to their effect on the initial sta...
Auger electron spectroscopy study of surface segregation in copper-aluminum alloy
Auger electron spectroscopy was used to examine surface segregation in the binary alloys copper-1 at...
Influence of aluminum on friction and wear of iron-aluminum alloys dry and lubricated in argon atmos...
Surface segregation of aluminum has been observed in copper-aluminum alloys by use of LEED and Auger...
Influence of crystal structure, orientation, and solubility on adhesion and sliding friction of meta...
Crystal structure and orientation, and solubility effects on adhesion and sliding friction of four m...
Equilibrium surface segregation of aluminum in a copper-10-atomic-percent-aluminum single crystal al...
The friction and wear characteristics were determined for copper binary alloys containing 10 atomic ...
Adhesion and sliding friction influenced by structure, orientation, and solubility of metal single c...
Friction characteristics and interfacial recrystallization of single-crystal and polycrystalline cop...
Sliding friction experiments were conducted with an iron rider on a copper disk and a copper rider o...
Noble-metal binary alloy friction experiments in sliding contact with iron and alloy free energy of ...
Effect of orientation and presence of surface active materials on friction and wear of aluminu
Three studies are described characterizing the possible contributions of surface science to tribolog...
Various properties of metals and alloys were studied with respect to their effect on the initial sta...