Nanomechanical Oscillating Multi-Purpose Device Based on Alloy with Shape Memory EffectWe propose and create a new nanomechanical oscillating device based on the
shape memory effect Shape memory effect and superelasticity of NiMnCoIn metamagnetic shape memory alloys under high magnetic fieldTurabi, A. S.,
Tobe, H.,
Basaran, B.,
Aydogdu, Y.,
Chumlyakov, Yuri I.,
Karaca, Haluk E. The
effects of the magnetic field on the
shape memory behavior of [0 0 1]-oriented metamagnetic Ni
Development of Nanostructures Based on Nanowires by Shape Memory Alloy Instruments to attomolar levels is achieved due to the fact that field-
effect nanotransistors have a sensitive element
Study of Tool Actuation Frecuency on the Basis of Bimetallic Microactuator of the layers is made of a mechanically pre-stressed
shape memory alloy (SMA) and the other of a reliable
High Speed Operation of the Composite Shape Memory Effect Microactuator: Computer Modelling and Experiment of such phenomena as thermoelastic martensitic phase transition and associated
shape memory effect (SME) is possible
The effect of silver doping on the structure and shape memory effect in biocompatible TiNi alloys and
shape memory effect of biocompatible TiNiMoFe alloys. All these alloys at room temperature occur in a
One-way and two-way shape memory effect in ferromagnetic NiFeGaCo single crystals-way
shape memory effect (TWSME) in ferromagnetic Ni49Fe18Ga27Co6 (at%) single crystals were investigated