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Emma MorganCandidate of Pedagogical Sciences, Associate Professor,Elijah MooreDEPARTMENT OF MANAGEMENT, ST.PETERSBURG STATE UNIVERSITY OF ECONOMICS, ST.PETERSBURGDaniel WilsonV FrolovFrolov Valery Aleksejevich -Candidat of Physical and Mathematical Sciences, Senior Researcher,Ультразвуковое ВоздействиеBachelor in International Relations,Эволюцию НаноструктурыTELСплава Zr nbKaraseva Yevhenija Vasiljivna -andidate of Physical and Mathematical Sciences; Senior Researcher;Mats AlexanderBachelor in International Relations,Vladislavovich -Junior ResearcherGRACECHURCH STREET, LONDON, EC3V 0DR, UNITED KINGDOMSavchuk YevheniyCandidate of Pedagogical Sciences, Associate Professor,Sergejevich -Junior ResearcherDEPARTMENT OF ECONOMICS AND ENTERPRISE MANAGEMENT, ALMETYEVSK STATE OIL INSTITUTE,Рода SalixSvetlana M. MironovaINTERNATIONAL RELATIONS DEPARTMENT, SAINT PETERSBURG STATE UNIVERSITY, SAINT PETERSBURGN UlianovTELAlexandra KhilovaBachelor in International Relations,Anna BakhmatovaTELРоссийская ФедерацияALMETYEVSKАнализ ФакторовCandidate of Pedagogical Sciences, Associate Professor,Компании Пао татнефтьZinnurova Dilyara Gamirovna -UndergraduateLengesova Natalya Anatolyevna -PhD in Biological, Associate Professor, ULYANOVSR STATE PEDAGOGICAL UNIVERSITY AFTER I.Olga FatkhutdinovaDEPARTMENT OF ECONOMICS AND ENTERPRISE MANAGEMENT, ALMETYEVSK STATE OIL INSTITUTE,Artikova Mukhayo BotiralievnaHEAD OF DEPARTMENT, DEPARTMENT OF EDUCATION, ANDIJAN STATE UNIVERSITY, ANDIJAN, REPUBLIC OF UZBEKISTANAlexandrovna -Phd In EconomicsMV FokinA YadykinD BurykinVerkhovnogo OpredeleniyeR SudaK PugachevT BessarabN YushukN PrincipiP MarchisioR TornaghiMarian MacdormanPhd MathewsTN LavrovaYu
EUROPEAN RESEARCHjournal2018
Ochiq kirishOlmos
Litsenziya: cc-by
ABI
Annotatsiya
effect of ultrasonic impact on the creep characteristics and evolution of the Zr1NB alloy nanostructure has been studied.Under the ultrasonic impact the level of internal stresses in the nanostructured material decreases due to the formation of a more equilibrium boundary structure without appreciable grain growth.Subsequent deformation of the nanostructured Zr1NB alloy under creep conditions at 700 K induces the relaxation of internal stresses as a consequence of dynamic recrystallization.As a result, a new stable nanostructure is formed that appreciably increases the thermomechanical stability of the alloy.
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