[1] Van Steenkiste H., Smith J. R., Teets R. E., Moleski J. J.: Kinetic spray coatings. Surface and Coatings Technology 111(1999) 62÷71. [2] Stoltenhoff T., Voyer M., Kreye H.: Cold spraying – state of the art and applicability. Proceedings of the ITSC, Essen (2002) 366÷374. [3] Klassen T. at al.: Cold spraying – new developments and application potential. 8. Kolloquium HVOF Spraying, Erding (2009) 9÷16. [4] Richer P., Krömmer W., Heinrich P.: Equipment engineering and process control for cold spraying. Proceedings of the ITSC, Essen (2002) 375÷379. [5] Cheng O.: Equipment engineering and process control for cold spraying. Proceedings of the ITSC, Osaka (2004) 309÷314. [6] Donner K. R., Gaertner F., Klassen T.: Potential of cold spraying in power electronic applications. Proc. of International Thermal Spray Conference, Singapore (2010) 262÷267. [7] Helfrith D. J., Champagne V. K., Trexler M. D.: HVOF and cold spray applications in the USA. 8. Colloquium HVOF Spraying, Erding (2009) 141÷150. [8] Godlewska E., Mania R., Mars K.: Sposób wytwarzania krzemku magnezu. Int.Cl.: C01B 33/062006.01. Opis zgłoszeniowy wynalazku PL389587 A1, Zgłosz. 2009-11-16 Opubl. 2010-09-27, Biuletyn Urzędu Patentowego, nr 20 (2010) 12. [9] Godlewska E., Mars K., Mania R., Zimowski S.: Combustion synthesis of Mg2Si. Intermetallics, doi:10.1016/j.intermet.2011.06.013. [10] Hussein T., McCartney D. G., Shipway P. H., Zhang D.: Bonding mechanisms in cold spraying: the contributions of metallurgical and mechanical components. Journal of Thermal Spray Technology 18 (3) (2009) 364÷379.
Pełny tekst 
YADDA/CEON