Rare earth fluorides and oxides - An exploratory study of their use as solid lubricants at temperatures to 1800 deg F /1000 deg C/
Rare earth fluorides and oxides used as solid lubricants at high temperatures
Sliney, H. E.↗
Engineering topics
Sliney, H. E.
Publications and source records attributed to Sliney, H. E..
Preliminary investigation of graphite fluoride /CF sub x/ sub n as a solid lubricant
Friction and wear tests with graphite fluoride lubricant
Fusaro, R. L.↗
Evaluation of lubricants for ball bearings at high temperatures
Calcium fluoride-barium fluoride coating on ball bearing cages or as fillers in porous bearing cages lubricate bearings successfully for operations in air at temperatures of 1200 to 1500 degrees F.
Johnson, R. L.↗
Self-lubricating fluoride metal composite materials Patent
Self lubricating fluoride-metal composite materials for outer space applications
Sliney, H. E.↗
Preliminary evaluation of greases to 600 F and solid lubricants to 1500 F in ball bearings.
Ball bearing test apparatus for evaluation of greases and solid lubricants at high temperatures
Johnson, R. L.↗
Preliminary evaluation of greases to 316 deg C and solid lubricants to 816 deg C in ball bearings
Test evaluation of high temperature greases and solid lubricants in thrust loaded ball bearings
Johnson, R. L.↗
Preliminary evaluation of greases to 600 F and solid lubricants to 1500 F in ball bearings.
Ball bearing test apparatus for evaluation of greases and solid lubricants at high temperatures
Johnson, R. L.↗
Preliminary evaluation of greases to 600 deg F and solid lubricants to 1,500 deg F in ball bearings
Test apparatus for evaluation of high temperature lubricants to 1500 deg F and greases to 600 deg F in ball bearings
Johnson, R. L.↗
Composites of porous metal and solid lubricants increase bearing life
Self-lubricating composites of porous nickel and nickel-chromium alloy impregnated with a barium fluoride-calcium fluoride eutectic, and a thin film of solid lubricant increase wear life of load bearing surfaces.
Sliney, H. E.↗
Additions to fused-fluoride lubricant coatings for reduction of low-temperature friction
Additions to fused-fluoride lubricant coatings for reduction of low temperature friction
COATING↗
Self-lubricating composites of porous nickel and nickel-chromium alloy impregnated with barium fluoride-calcium fluoride eutectic.
Self-lubricating properties of composites of porous nickel and nickel-chromium alloy impregnated with barium fluoride-calcium flouride eutectic
SELF-LUBRICATING MATERIAL↗
Solid lubricants for extreme environments.
Graphite, molybdenum and tungsten sulfides and calcium fluoride effective as solid lubricants in extreme environments
ENVIRONMENTAL TESTING↗
Self-lubricating fluoride metal composites.
Self-lubricating properties of composites of porous nickel and nickel-chromium alloy impregnated with barium fluoride-calcium flouride eutectic
CHROMIUM↗
Solid-film lubricant is effective at high temperatures in vacuum
Calcium fluoride with a suitable inorganic binder forms a stable solid-film lubricant when fused to the surface to be lubricated. It is effective in environments at elevated temperatures and gas pressures ranging from atmospheric to high vacuum. It is not stable in reducing atmospheres.
Sliney, H. E.↗
Self-lubricating composites of porous nickel and nickel-chromium alloy impregnated with barium fluoride - calcium fluoride eutectic
Self-lubricating composite materials prepared by vacuum impregnating nickel-chromium alloy with barium fluoride-calcium fluoride eutectic composition
NICKEL ALLOY↗
Fluoride solid lubricants for extreme temperatures and corrosive environments.
Chemical and thermal stability of fluoride solid lubricants measured and tested for aerospace environment
SOLID LUBRICANT↗
Fluoride solid lubricants for extreme temperatures and corrosive environments.
Chemical and thermal stability of fluoride solid lubricants measured and tested for aerospace environment
SOLID LUBRICANT↗
Bonded solid lubricant coating Patent
Bonded solid lubricant coatings of calcium fluoride and binder for high temperature stability
Sliney, H. E.↗