The phrase "attenuation from" is correct and usable in written English.
It can be used in contexts related to signal processing, telecommunications, or any field discussing the reduction of signal strength or intensity.
Example: "The attenuation from the cable resulted in a significant loss of signal quality."
Alternatives: "reduction due to" or "loss from".
The higher the b-value, the greater the signal attenuation from moving water protons.
On the top right, the result of applying the single scattering model (attenuation from the scene and airlight from the environmental illumination) is shown.
Numerical simulations indicated that granule cells have a compact electrotonic structure allowing EPSPs to diffuse with little attenuation from dendrites to axon.
Natural attenuation from biodegradation limits the movement of these contaminants and has received considerable attention as an environmental restoration option.
Furthermore, a time-frequency procedure has been designed to estimate frequency-dependent scattering attenuation from experimental measures.
However, Doppler measurements are often performed at frequencies below what would be considered the optimal B-mode transducer frequency because the lower frequency undergoes less attenuation from acoustic propagation and increases the Doppler aliasing cut-off.
By confining signal propagation within the coaxial TSV shield, signal attenuation from the lossy silicon substrate is eliminated, and unintentional signal coupling is avoided.
Utilization of a disturbance observer (DOB) for enhancing track-following precision simplifies the compensator design procedure by removing the requirement for disturbance attenuation from the compensator design specifications.
The question of determining the ultrasonic properties of the foam (density, phase velocity and attenuation) from the transmission measurements is addressed.
Fast neutron dose attenuation from a 252Cf neutron source is used for the determination of air to water ratio in pipes.
This model achieves electrotonic transform and computes mean inward and outward attenuation from 0 to 500 Hz input; and randomly activates synapses along dendrites to simulate AMPAR mediated EPSCs.
