Sentence examples for behavior of the memory from inspiring English sources

In this work, an initial forming process is required to achieve the bipolar resistive switching [RS] behavior of the memory cells.

A physics-based analytical model of the partial-RESET operation which describes the electro-thermal behavior of the memory cell and gives insights into the dynamical phenomena involved in the amorphization process inside the chalcogenide layer is proposed and validated.

The performance of the SMA joint is attributed to a unique behavior of the shape memory alloy.

This physical damage to the tunnel oxide during the cycling process causes data retention problems, program disturbance, read disturbance, and erratic characteristic behavior of the FG memory cell.

The constitutive model proposed in this work takes into account the geometry of the coils used, the manufacturing parameters of the SMA-MR material together with the thermo-mechanical behavior of the shape memory alloy wires.

A unique synergistic effect of CNT and boron nitride was explored to facilitate the heat transfer and accelerate the infrared light-induced shape recovery behavior of the shape memory polymeric nanocomposite.

Based on the obtained results, cyclic mechanical loading experiments were performed to analyze the structural fatigue behavior of the shape memory alloy with regard to its use for prestressing or coupling elements in civil and mechanical engineering, respectively.

MP model has lower complexity and can closely mimic the nonlinear behavior of the PA with memory effects.

Furthermore DIC and DSPC work as complementary techniques to determined the micro and macromechanical behavior of the CuAlBe shape memory alloy.

The second step is the optimization of the code: an algorithm optimizes the parity matrix structure in terms of recovery capability against the specific behavior of the channel with memory.

The proposed formulation considers beside the constitutive equations describing the thermo-mechanical behavior of Shape Memory Alloys (SMAs), the heat equation with additional internal source terms related to the latent heat generated during phase transformation.