Engineering topics
Publications and source records attributed to Buckley, D. H..
Sliding friction characteristics in vacuum of single and polycrystalline aluminum oxide in contact and with various metals
Friction of copper-aluminum alloys related to decreasing stacking-fault energy
Friction characteristics and interfacial recrystallization of single-crystal and polycrystalline copper sliding on aluminum oxide
Ion plating deposits thin film on complex surface in one operation. The ionized materials follow electric lines of force to all points on the objects, uniformly plating the surface from all sides simultaneously.
Lubrication, and friction and wear concepts for high vacuum applications
Influence of atomic nature of crystalline materials on friction
Vacuum environment effects on evaporation, friction, adhesion, and wear properties of lubrication system materials
Vacuum deposition methods for placing soft, thin metal gold film on metal surfaces for lubrication purposes - vapor deposition, sputtering, and ion plating
Lubrication and wear in high vacuum, considering inability to maintain oxide films, evaporation of lubricants, heat transfer and sliding friction
Crystal structure and orientation, and solubility effects on adhesion and sliding friction of four metal single crystals in vacuum
Crystal structure, orientation and solubility effects on friction and adhesion of various metal single crystals in vacuum
Ion plating method for thin gold film deposition on complex surface configurations
System design and lubricating materials for spacecraft lubrication
Sliding friction characteristics in vacuum of single and polycrystalline aluminum oxide in contact and with various metals
Physical properties of metals influence on friction, adhesion, wear and welding tendency in vacuum
Friction and adhesion properties of single crystal and polycrystalline aluminum oxide in sliding contact in vacuum
Friction characteristics of single and polycrystalline aluminum oxide in contact with various metals in vacuum
Bearings of titanium, cobalt, and other hexagonal crystal alloys are used in vacuum and high temperature environments. These temperature-stabilized alloys have reduced friction and wear characteristics and therefore have potential use in aircraft seals, hydraulic equipment, and artificial human joints.