Чешко, Ірина ВолодимирівнаЧешко, Ирина ВладимировнаCheshko, Iryna VolodymyrivnaОднодворець, Лариса ВалентинівнаОднодворец, Лариса ВалентиновнаOdnodvorets, Larysa ValentynivnaПроценко, Іван ЮхимовичПроценко, Иван ЕфимовичProtsenko, Ivan YukhymovychShumakova, M.O.Ткач, Олена ПетрівнаТкач, Елена ПетровнаTkach, Olena Petrivna2017-01-122017-01-122016I.V. Cheshko, L.V. Odnodvorets, I.Yu. Protsenko, et al., J. Nano- Electron. Phys. 8 No 4(1), 04028 (2016)0000-0002-1585-67120000-0002-8112-19330000-0003-3351-93030000-0003-3207-2490http://essuir.sumdu.edu.ua/handle/123456789/49154The results of analysis of literature and own results on the phase composition, electrophysical and magnetoresistive properties of film based granular alloys Co and Ag or Au. As between film systems based on Fe and Ag or Au and Co and Ag or Au much in common, then this work can be seen as a continuation of [1], although we observed significant withdrawal of these two groups of film materials in structural-phase state, causing some change in electrophysical and magnetoresistive properties. The increase of the value of temperature coefficient resistance film Ag (Co) at the сСо ≥ 26 at.% and the strain coefficient at the сСо ≌ 70 at.%. It is concluded that the value of GMR completely determined by the temperature measurement and perfection of granulate state.encneFilms Ag(Co) and Au(Co)Structural and phase stateElectrophysical and magnetoresistive propertiesTemperature coefficient of resistanceStrain coefficientArticle