References
- Konstanty J.: ‘The materials science of stone sawing’, Ind. Diamond Rev., 1991, 1, 27.
- Konstanty J.: ‘Powder metallurgy diamond tools’; 2005, Elsevier Ltd. ISBN: 1-856-17440-9.
- Hawkins A. C., Antenen A. P. and Johnson G.: ‘The diamond wire saw in quarrying granite and marble’, Dimens. Stone, 1990, 44–50.
- Wang C. Y. and Rolf C.: ‘Frame sawing of stone. Theory and technology’, Key Eng. Mater., 2003, 250, 171–180.
- Konstanty J.: ‘Sintered diamond tools: trends, challenges and prospects’, Powd. Metall., 2013, 56, 184–188.
- Del Villar M., Muro P., Sanchez J. M., Iturriza I. and Castro F.: ‘Consolidation of diamond tools using Cu-Co-Fe based alloys as metallic binders’, Powd. Metall., 2001, 44, 82.
- Peña G., Mujika L., Vielma N., Sanchez J. M. and Iturriza I.: ‘Sintering behavior of pre-alloyed, premixed powders during free sintering’, Proc. EuroPM 2006, Ghent, Belgium, EPMA, Vol. (3), 47–52.
- Lerat C., Gutierrez L., Vielma N., Luno-Bilbao C., Sanchez J. M. and Iturriza I.: ‘Effect of the cooling rate on the hardness of free-sintered prealloyed specimens’, Proc. EuroPM 2008, Mannheim, Germany, EPMA, 249–254.
- Risso L. and Bernieri S.: ‘Fabrication of complex shaped diamond tools via powder injection moulding’, Proc. PM2010 World Congress, Florence, Italy, EPMA.
- Tillmann W., Kronholz C., Ferreira M., Knote A., Theisen W., Schütte P. and Schmidt J.: ‘Comparison of different metal matrix systems for diamond tools fabricated by new current induced short-time sintering processes’, Proc. PM2010 World Congress, Florence, Italy, EPMA.
- Breen A., Byrne G., Twomey B. and Dowling D.: ‘Novel rapid discharge sintering technique for damage-free diamond metal matrix composites’, Powd. Metall., 2011, 54, 100–102.
- Sung J. C., Hu S. C., Lin I. C. and Tsai C. C.: ‘The revolution of diamond synthesis technology’, Mater. Sci. Forum, 2007, 534–536, 1141–1144.
- Vielma N., Luno-Bilbao C., Mancisidor A., Sanchez J. M. and Iturriza I.: ‘Characterization of diamond tool metallic bonds obtained from prealloyed powders by free sintering’, Proc. PM2010 World Congress, Florence, Italy, EPMA.
- Konstanty J. and Stephenson T. F.: ‘Novel iron-base nickel containing PM alloys for the manufacture of diamond-impregnated tools’, Proc. PM2010 World Congress, Florence, Italy, EPMA.
- Iturriza I., Peña G., Luno-Bilbao C., Mancisidor A. and Sarasola M.: ‘Dry cutting diamond impregnated tools based on water atomized powders’, Proc. EuroPM 2011, Barcelona, Spain, EPMA.
- Bonneau M.: Proc. Euro PM2006-Diamond Tooling, Ghent, Belgium, October 2006, EPMA.
- Kamphuis B. and Serneels A.: ‘Sawing and drilling natural stone and concrete with Cobalite HDR’, Proc. EuroPM 2006, Ghent, Belgium, EPMA, 9–14.
- www.e6.com
- www.diamondinnovations.com
- Konstanty J.: J. Mater. Process. Technol., 2002, 123, 146–154.
- Thönshoff H. K., Hillmann-Apmann H. and Asche J.: Diamond Related Mater., 2002, 11, 736–741.
- Luno-Bilbao C., Vielma N., Mancisidor A., Sanchez J. M. and Iturriza I.: ‘Key metallurgical phenomena involved in the sintering of prealloyed powders designed for diamond impregnated tools’, Proc. Powder Metallurgy World Congress and Exhibition, Yokohama, Japan, 2012, 18D-T13-26.
- Evans S. and Ney M. R.: ‘Cobalt-catalysed graphitization of diamond studied by X-ray photoelectron spectroscopy’, J Hard Mater., 1990, 1, 169–181.