This article studies the dependence of martensitic transformation on Mn:Sn ratio in Ni43Co7Mn502xSnx alloy and the shape memory behavior of Ni 43Co7Mn43Sn7 in detail. The results show that all the transformation temperatures show a linear decrease with the decrease of Mn:Sn ratio. The similar tendency is also found in the change of Tc. Ni43Co7Mn43Sn7 alloy exhibits a moderate shape memory effect and the maximum shape recovery strain is 2.96%. Temperature memory effect is also observed in Ni43Co7Mn43Sn7 alloy. ? ASM International.EI122509-25142
Martensitic transformation, microstructure, and magnetic properties of Ti-doped Ni43-x Ti (x) Co7Mn4...
The effect of amount of deformation on the martensitic transformation and shape memory effect in a F...
The possibilities to regulate the martensitic transformation temperature range, mechanical and speci...
This article studies the dependence of martensitic transformation on Mn:Sn ratio in Ni43Co7Mn50-x Sn...
In the present work, the effect of pre-strain on martensitic transformation of Ni43Mn43Co7Sn7 (at.%)...
This paper is dedicated to the first observations of the martensitic transformation (MT) and shape m...
Ni50+xMn25Ga25-x (x = 2-11) alloys were studied as high-temperature shape-memory alloys, with regard...
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Ferromagnetic shape memory alloys emerge as new functional materials which have interesting magnetom...
© 2015 The Authors. Stoichiometric Ni3Ta intermetallic compound undergoes martensitic transformation...
Abstract: Ni54Mn25Ga21 alloy was prepared to investigate the microstructure, martensitic transformat...
The martensite transformation (MT), mechanical properties and shape memory effect (SME) of (Ni50Mn35...
Effects of heat treatment temperature and time on the microstructure and shape memory behaviors (e.g...
This papers summarizes the alloys systems in which a martensitic transformation at high transformati...
The microstructure, phase transformation and shape memory effect of the high temperature shape memor...
Martensitic transformation, microstructure, and magnetic properties of Ti-doped Ni43-x Ti (x) Co7Mn4...
The effect of amount of deformation on the martensitic transformation and shape memory effect in a F...
The possibilities to regulate the martensitic transformation temperature range, mechanical and speci...
This article studies the dependence of martensitic transformation on Mn:Sn ratio in Ni43Co7Mn50-x Sn...
In the present work, the effect of pre-strain on martensitic transformation of Ni43Mn43Co7Sn7 (at.%)...
This paper is dedicated to the first observations of the martensitic transformation (MT) and shape m...
Ni50+xMn25Ga25-x (x = 2-11) alloys were studied as high-temperature shape-memory alloys, with regard...
The effects of rare earth element Y addition on the microstructure, martensitic transformation, room...
Ferromagnetic shape memory alloys emerge as new functional materials which have interesting magnetom...
© 2015 The Authors. Stoichiometric Ni3Ta intermetallic compound undergoes martensitic transformation...
Abstract: Ni54Mn25Ga21 alloy was prepared to investigate the microstructure, martensitic transformat...
The martensite transformation (MT), mechanical properties and shape memory effect (SME) of (Ni50Mn35...
Effects of heat treatment temperature and time on the microstructure and shape memory behaviors (e.g...
This papers summarizes the alloys systems in which a martensitic transformation at high transformati...
The microstructure, phase transformation and shape memory effect of the high temperature shape memor...
Martensitic transformation, microstructure, and magnetic properties of Ti-doped Ni43-x Ti (x) Co7Mn4...
The effect of amount of deformation on the martensitic transformation and shape memory effect in a F...
The possibilities to regulate the martensitic transformation temperature range, mechanical and speci...