Sentence examples for transient feedback from inspiring English sources

Ultrasonic signal is always composed of a series of transient feedback impulsive waves, which are created during the propagation of ultrasonic energy when it meets the discontinuities within the material, such as inclusions, voids, micro-cracks, the surface of the object being inspected and so on.

However there are still competing hypotheses on especially the transient feedback relations involved in the cascade.

However, there is still active debate on post-translational interactions and transient feedback mechanisms involved in the signal transduction [ 26, 27].

Since for some transients, feedback effects may likely not in this way be precisely approximated in their interrelations, this standard method was recently complemented for (hex, z) geometry by a more rigorous cross-section representation scheme.

The damping is produced by transient pressure feedback from an auxiliary tank connected by a capillary to the spring cylinder.

In summary, stability, transient response, feedback and controllability are basic dynamic properties of the biological systems and are essential to the function of the cells and organisms.

Thus the early phase of Wnt signaling is characterized by a transient positive feedback loop that promotes the expression of signal and response genes, whereas the late phase is characterized by a negative feedback loop that attenuates signaling.

The critical importance of acute and transient signaling feedback pathways for the development of resistance to targeted anti-cancer therapies has been established for several oncogene-addicted cancers (primarily mutant BRAF-driven melanoma and colorectal cancer).

In normal epithelia, these changes most likely represent transient negative feedback responses that desensitise the cell to high levels of Wnt ligands but their sustained expression in tumour cells may contribute to the tumourigenic process.

Finally, to obtain the flat-band voltage (V FB) transients, a feedback system varied the applied gate voltage accordingly to keep the capacitance at its flat-band value.

This approach captures behaviors such as oscillations, transients and feedbacks, provided that they can be fitted with a single scaling parameter across all reactions.