Antisotropic Friction and Wear of Single Crystal Manganese-zinc Ferrite in Contact with ItselfNational Aeronautics and Space Administration, Scientific and Technical Information Office, 1978 - Anisotropy - 20 pages |
Common terms and phrases
Angle between 110 ANISOTROPIC FRICTION Auger Average coefficient Axis in 110 behavior of manganese-zinc coefficients of friction contact with single-crystal Cracks along 110 direction of rider direction on disk disk and rider disk material disk specimens disk surface dissimilar crystallographic planes dissimilar directions experiments were conducted fracture pit friction and wear friction as function friction behavior hexagonal wear debris highest-atomic-density directions Kanazawa Kanazawa University low coefficients lowest coefficients manganese manganese-zinc ferrite 110 manganese-zinc ferrite disk manganese-zinc ferrite rider manganese-zinc ferrite surfaces matched crystallographic planes Mating the highest-atomic-density Miller index N/m² newton 20 g passes in sliding plane of disk plane of rider rectangular platelets rectangular-platelet wear debris refs rider and disk rider and h rider Sliding direction Scanning electron micrograph shown in figure single crystals single pass single-crystal manganese-zinc ferrite sliding contact Sliding friction experiments sliding interface Sliding plane spinel sputter cleaning strain gages vacuum chamber WEAR OF SINGLE-CRYSTAL wear particle