EFFECT WHICH VISCOSITY, TEMPERATURE AND PHYSICOCHEMICAL NATURE OF SOLVENT HAVE ON THE OPERATING EFFECTIVENESS OF SURFACE-ACTIVE AGENTS DURING ULTRASONIC MACHINING OF METALS,
Abstract
The effect of solvent properties on the operation of surface-active agents was studied by using inactive liquids--benzene and mineral oil, and solutions of various concentrations of oleic, capric and other acids in benzene and mineral oil. It was found that when concentrations are small, the effects of surface-active agents on the productivity and specific energy of ultrasonic machining of metals are weaker in mineral oil than in the case of the corresponding solutions of these agents in benzene. At concentrations higher than 8%, the productivity and specific energy during machining in benzene and mineral oil with the same surface-active agents are practically identical. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- Apr 25, 1968
- Accession Number
- AD0679683
Entities
People
- N. V. Kurochkin
- V. I. Likhtman
Organizations
- National Air and Space Intelligence Center