Sentence examples for temperature memory from inspiring English sources

One of the possible applications for these materials is the so-called temperature memory effect in a wide temperature range.

Temperature memory effects have been observed in the β′3 transformation but not in the γ′3 one.

The relaxation process, which is obtained by heating the deformed materials, is characterized by 'shape and temperature memory'.

It also permits a simple analysis of the nucleation processes and gives a convincing explanation of the temperature memory effects.

The temperature memory effect exhibited by Cu Al Ni shape memory alloys was studied by means of adiabatic calorimetry and microscopic observations.

The global behaviour of the martensitic transformation as regards the temperature memory effect is discussed and interpreted in terms of the microscopic mechanisms of nucleation and motion of the martensite plates.

Our study shows that thermal microcracking in HSC initiates at 180 °C, is more prevalent during cooling, and exhibits the Kaiser "temperature-memory" effect.

When the switching temperature, which was similar to the applied deformation temperature (temperature-memory), was exceeded in stress-free heating experiments, the implemented thermomechanical history could be reversed.

Here, we address the question whether we can turn this challenge into an opportunity by creating defined thermomechanical histories in polymers, represented by a specific morphology and nanostructure, to equip polymeric shaped bodies with desired functions, e.g. a temperature-memory, by hot, warm or cold deformation into multiblock copolymers having two partially overlapping melting transitions.

The TiPdNi alloys are promising high temperature shape memory alloys.

A new precipitate phase named P-phase has recently been identified in (Ni,Pt Ti high temperature shape memory alloys.