Specifics of Surface Micro-Geometry Modification under the Action
The paper presents the results of experimental research on the possibilities of micro-geometry modification of conductible and semiconductor surfaces, that gives them new functional properties. It emphasizes that surface micro-geometry modification occurs in practically all cases of the action by concentrated sources of energy, but a prescribed geometry can be reached only under strict conditions. The process of this geometry formation is a function of the physical and mechanical properties and the chemical composition of the processed material, the gradient of applied energy, the intensity of electric field applied in the interstice between the workpiece and the tool-electrode, the connection mode of the workpiece (as anode or as cathode) in the discharge circuit of the current impulse generator, etc. It highlights the fact that on the processed surface can be formed spherical shaped craters, round asperities or Taylor cone shaped asperities. Depending on the shape and the size of asperities, the active surface area, and, respectfully, the emission and absorption properties of elementary particles and light radiation are modified.
PDF) New Directions in the Practical Application of Electro
Pavel TOPALA, Professor
Guzgan DORIN scientific researcher in the instutional project
Gear Skiving—A Step Changing Manufacturing Process Applicable to
Coatings, Free Full-Text
Bioactive Materials for Bone Regeneration: Biomolecules and
SKYSCAN 2214
Conjugate Gears Gear Technology Magazine
Analyzing micro-geometric deviations of a helical gear profile as
PDF) The Mirage Effect Under Controlled Current Conditions
Alexandr OJEGOV, Professor (Associate)
The effect of surface roughness on capillary rise in micro-grooves