"media resonance" is a correct and usable phrase in written English.
It is used to refer to the extent to which something is echoed or repeated in the media. For example, "The media resonance of that political scandal was overwhelming."
Corbynistas on the left and Eurosceptics on the right quickly find a social media resonance: fulminating about the useless, anti-democratic EU or the inadequacies of Tony Blair and his wars doesn't require much thought and triggers an intuitive response.
He redefined the role of the artist as a "creative director"—more of an architect than a craftsman who is acutely aware of the media resonance of his art.
And no doubt it is by virtue of social media resonance that we are talking about Brown's death, and the systems determining such a tragic fate, at all.
Leipzig Zoo insisted the "media resonance was surprising and not planned," but it has nevertheless moved to protect the rights to her name and cross-eyed image - believed to be the result of pressure on her eyes created by fatty deposits.
The work proposed here deals with theory and experiment on the acoustics of gas saturated rigid porous media with inner resonance effects.
Specific features of porous media embedding inner resonance effects are identified by common acoustic measurements and are shown to be in good agreement with the theory.
The search results have been changed, too, so that each item is ranked, as Storify puts it, "based on the resonance each media item has on our platform," and so that the media elements of search result (photos, videos, and quotes) are displayed in a tile-based layout.
James A. Taylor, vice chairman of Harrison Group, a marketing strategy consultancy, said that indirect media approaches "have enormous resonance with kids" and that American Eagle was wise to court young trendsetters.
Unlike the media models discussed above, resonance in this case arises on closed field lines.
First, we investigate the physics of porous media in which inner resonance phenomena occur.
The NPs produced using these techniques have a uniform size and are widely applied in a broad range of fields such as magnetic storage media, drug carriers, magnetic resonance imaging (MRI) agents, and hyperthermia [19, 20].
