Non-attenuating

Describing something that does not reduce or diminish in intensity, force, or effect. This term is most often used in scientific and technical contexts, particularly in fields like physics, medicine, and signal processing, where the reduction of a wave, signal, or property is undesirable. It implies that the characteristic in question maintains its original strength or value as it passes through a medium or during a process. The opposite of attenuating, it suggests stability and preservation of the original parameter without degradation or dampening. It highlights the property of resilience against factors that would typically cause a weakening or lessening.

Non-attenuating meaning with examples

• The researchers sought a non-attenuating material for the protective shielding around the sensitive electronics, ensuring the signal strength wasn't compromised by absorption or deflection. This would lead to a more accurate and reliable data set.
• The physician considered a non-attenuating contrast agent for the MRI scan, wanting to observe the tissue without diminishing the radiofrequency signal and potentially missing critical details during diagnosis.
• In a non-attenuating filter for a telescope, one that doesn't absorb or scatter light, maximizes the brightness of distant celestial objects, permitting the observer to detect a broader range of cosmic events.
• The design required a non-attenuating fiber optic cable to transmit the data signal over a long distance, guaranteeing the information arrives without a decline in the intensity.
• The system relied on a non-attenuating amplification circuit to boost a weak electrical signal without adding any noise or decreasing its quality to maintain the signal’s purity.