Friction torque of ball bearings in vacuum with seven polytetrafluoroethylene composition retainer materials
Friction torque of ball bearings in vacuum to determine lubricating capability of polytetrafluoroethylene-composition retainer materials
Engineering topics
Publications and source records attributed to Scibbe, H. W..
Friction torque of ball bearings in vacuum to determine lubricating capability of polytetrafluoroethylene-composition retainer materials
Lubricating mechanism, cage design, and heat generation of ball bearings for liquid hydrogen turbopumps, and design factors of contact seals for liquid fluorine pumps
Lubrication, design, and material requirements of ball bearings in liquid hydrogen turbopumps
Bearings and seals in rocket engine turbopumps operating directly in cryogenic propellant, discussing design, lubrication and material requirements
Rolling element fatigue lives of hollow and solid one-half inch diameter ball bearings
Relative wear of low and high temperature self lubricating polytetrafluoroethylene cage materials tested in ball bearings operating at high speeds at various temperatures
Wear characteristics of low and high temperature self lubricating bearing cage materials
Formation and life histories of transfer films of self-lubricating retainer materials on ball bearings operating in hydrogen gas at 33 deg K
Polyphenyl ether, polysiloxane, sebacate, and high viscosity mineral oil as impregnated lubricants in ball-bearing retainers at .000010 torr
Ball bearing performance in liquid hydrogen
Hub-tip radius ratio transonic turbine for secondary flow - turbine with low-velocity turning stator and standard rotor