LASER PROCESSING OF ORTHOPEDIC BIOMATERIALS - Advanced Biomaterials: Fundamentals, Processing, and Applications - page 316

38. M. Long and H. J. Rack , “ Subsurface deformation and microcrack formation in Ti -
35Nb - 8Zr - 5Ta - O( x ) during reciprocating sliding wear,” Mat. Sci. And Eng. , C 25 ( 3 ),
382 - 388 ( 2005 ).
39. M. Long and H.J. Rack , “ Friction and surface behaviour of selected titanium alloys
during reciprocating- sliding motion , ” Wear , 249 , 158 ( 2001 ).
40. S. J. Li , R. Yang , S. Li , Y. L. Hao , Y. Y. Cui , M. Niinomi , and Z. X. Guo , “ Wear character-
istics of Ti - Nb - Ta - Zr and Ti - 6Al - 4V alloys for biomedical applications , ” Wear , 257 , 869
( 2004 ).
41. V. Ocelik , D. Mathews , and J. Th. M. De Hosson , “ Sliding wear resistance of metal ma-
trix composite layers prepared by high power laser,” Surf. Coat. Tech. , 197 , 303 ( 2005 ).
42. R. Banerjee , P. C. Collins , A. Genc , and H. L. Fraser , “ Direct laser deposition of in situ
Ti - 6Al - 4V - TiB composites , ” Mater. Sci. Eng. A , 358 , 343 ( 2003 ).
43. R. Banerjee , P. C. Collins , and H. L. Fraser , “ Laser Deposition of In Situ Ti - TiB Com-
posites , ” Advanced Engineering Materials , 4 ( 11 ), 847 ( 2002 ).
44. S. Samuel , S. Nag , T. Scharf , and R. Banerjee , “ Wear Resistance of Laser - Deposited
Boride Reinforced Ti - Nb - Zr - Ta Alloy Composites for Orthopedic Implants , ” Mater.
Sci. Eng. C 28 ( 3 ), 414 ( 2007 ).
45. M. N. Gardos , “ Magneli phases of anion - defi cient rutile as lubricious oxides. Part II.
Tribological behavior of Cu - doped polycrystalline rutile (TinO2n - 1) , ” Trib. Lett . , 8 , 79
( 2000 ).