Exact(1)
Moreover, the Meinong earthquake showed an asymmetrical intensity distribution, which may be caused by rupture directivity and site amplification (Lee et al. 2016).
Similar(56)
On MRI, the most frequent finding was focal or diffuse asymmetrical signal intensity changes without significant mass effect.
Sometimes, oxidation of manganese(II) to manganese(III) was observed, which was evidenced by the appearance of an asymmetrical low-intensity shoulder in the visible part of spectrum at 18,500 cm−1 (510 nm) that can be relied to a d-d electron transfer in complexes of the square-pyramidal geometry [33 35].
Throughout the piece the band attacked asymmetrical structures with cyclonic intensity, clearing space every now and again for a solo (most often by Mr. Zenón, who was uniformly dazzling).
Some repeated themes in Kawakubo's work include the colors black and red, bulging shapes, punk plaid, allusions to bridal and princess gowns ― somehow mangled and resuscitated ― tattered holes, shredded layers, asymmetrical hems and a sculptural intensity that's rarely seen on the human body.
An asymmetrical area characterised by lower signal intensity on T2-WI with respect to the background (3) together with a marked, focal enhancement and higher grade of restriction on DWI (4) suggests a suspicious lesion in this context.
The PGA distribution is asymmetrical, with the largest PGA (approaching intensity 7) occurring in the area northwestward of the epicenter Fig. 2 HVSR for the Meinong earthquake (red line) and weak events (black line) at eight stations.
Finally, we analyze the array morphology in terms of sensory directionality and propose that each ampullary array forms an asymmetrical directional antenna that may compare intensity differences to encode directional information from an electric stimulus.
This work shows that bilaterally symmetrical ampullary arrays form an asymmetrical 3D directional antenna that may compare intensity differences and encode directional information from complex electric stimuli.
We also found that pericentric linkage regions were often asymmetrical with respect to DSB frequency, as well as linkage intensity, suggesting that chromosome size and distance from the centromere are not the only factors determining the frequency of meiotic DSB catalysis and/or the manner in which these breaks are repaired.
Performances were analyzed in terms of maximum number of users that can be supported in the stable network and the corresponding network throughput, considering asymmetrical transmission rates of uplink and downlink, in terms of traffic intensity and traffic arrival rate, respectively [8].
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