STRENGTHENING SIEVES OF SEPARATOR FROM STEEL 12H18N9T THE METHOD OF ION-PLASMA THERMAL CYCLING NITRIDING
Keywords:
sieves of separator, surface, abrasive wear suggests, ion-plasma termocycling nitriding
Abstract
Studies have shown promising and usefulness of ion-plasma thermal cycling nitriding of to improve the reliability of sieves of separator and mechanisms operating in conditions of abrasive wear. Priority is given to hardened layers, which greatly expanded the possibilities of this method by achieving specific set of performance properties. The data on the durability of hardened layers in conditions of abrasive wear suggests a promising application of this method for surface hardening of machine parts and mechanisms.
References
1. Lakhtin Yu. M. Azotirovanie staleyj / Yu. M. Lakhtin, Ya. D. Kogan. – M. : Mashinostroenie, 1976. – 256 s.
2. Rutkovskiyj A. V. Issledovanie diffuzionnihkh sloev stali 40Kh13, poluchennihkh metodom termociklicheskogo ionno-plazmennogo azotirovaniya na trenie v agressivnoyj srede / A. V. Rutkovskiyj, A. Yu. Kumurzhi // Problemih treniya i iznosa. – 2011. – № 55. – S.79-85.
3. Rutkovsjkiyj A. V. Ciklіchna dovgovіchnіstj titanovogo splavu VT1-0 z pokrittyam, otrimanim metodom іonno-plazmovogo termociklіchnogo azotuvannya (ІPTA) / A. V. Rutkovsjkiyj, O. Yu. Kumurzhi, Ya. V. Mozheіtov // Vіbracії v tekhnіcі ta tekhnologіyakh : zbіrnik naukovikh pracj. – 2012.– № 2 (32), T. 1. – S. 208-213.
4. Kudrin A. P. Issledovanie iznosostoyjkosti uprochnennoyj uglerodistoyj stali v usloviyakh abrazivnogo iznashivaniya / A. P. Kudrin, V. F. Labunec, O. A. Vishnevskiyj // Vіsnik NAU. – 2003. – № 2. – S. 111-114.
5. Kuzuev D. P. Povihshenie stoyjkosti diskov 14-valkovogo grokhota napihleniem / [D. P. Kuzuev, D. S. Gavrilov, A. G. Radyuk, A. E. Titlyanov, S.A. Ivanov] // Remont, vosstanovlenie, modernizaciya. – 2007. – № 2. – S. 9-13.
6. Kuzuev D. P. Konstruktorsko-tekhnologicheskie metodih povihsheniya dolgovechnosti valkovogo grokhota / D. P. Kuzuev, A. G. Radyuk // Gornihyj informacionnoanaliticheskiyj byulletenj : nauchno-tekhnicheskiyj zhurnal. – 2011. – № 8. – S. 264-268.
2. Rutkovskiyj A. V. Issledovanie diffuzionnihkh sloev stali 40Kh13, poluchennihkh metodom termociklicheskogo ionno-plazmennogo azotirovaniya na trenie v agressivnoyj srede / A. V. Rutkovskiyj, A. Yu. Kumurzhi // Problemih treniya i iznosa. – 2011. – № 55. – S.79-85.
3. Rutkovsjkiyj A. V. Ciklіchna dovgovіchnіstj titanovogo splavu VT1-0 z pokrittyam, otrimanim metodom іonno-plazmovogo termociklіchnogo azotuvannya (ІPTA) / A. V. Rutkovsjkiyj, O. Yu. Kumurzhi, Ya. V. Mozheіtov // Vіbracії v tekhnіcі ta tekhnologіyakh : zbіrnik naukovikh pracj. – 2012.– № 2 (32), T. 1. – S. 208-213.
4. Kudrin A. P. Issledovanie iznosostoyjkosti uprochnennoyj uglerodistoyj stali v usloviyakh abrazivnogo iznashivaniya / A. P. Kudrin, V. F. Labunec, O. A. Vishnevskiyj // Vіsnik NAU. – 2003. – № 2. – S. 111-114.
5. Kuzuev D. P. Povihshenie stoyjkosti diskov 14-valkovogo grokhota napihleniem / [D. P. Kuzuev, D. S. Gavrilov, A. G. Radyuk, A. E. Titlyanov, S.A. Ivanov] // Remont, vosstanovlenie, modernizaciya. – 2007. – № 2. – S. 9-13.
6. Kuzuev D. P. Konstruktorsko-tekhnologicheskie metodih povihsheniya dolgovechnosti valkovogo grokhota / D. P. Kuzuev, A. G. Radyuk // Gornihyj informacionnoanaliticheskiyj byulletenj : nauchno-tekhnicheskiyj zhurnal. – 2011. – № 8. – S. 264-268.
Published
2015-12-26
Section
ENGINEERING SCIENCES
