III) If you are able to send gridded data or figures of
full spatial fields, see instructions below.
Not exact matches
Coherent diffractive imaging (CDI) is presented as a new
full field imaging technique that can achieve very high
spatial and temporal resolution simultaneously.
To observe certain evidence of collapse, we require a high - velocity
spatial resolution (to map the velocity
field across small structures) that is highly sensitive (to take
full advantage of the high - velocity
spatial resolution).
We also encourage you to submit initial
fields to the dropbox, see https://www.arcus.org/sipn/sea-ice-outlook/2017/june/call in the section on «Submitting Figures and Gridded Data of
Full Spatial Fields (Optional) of Forecasts and Initial Conditions» for detailed instructions.
In order to study if an underrepresentation of weak magnetic
fields in the Carrington rotation synoptic charts is the explanation for the difference between our model and the observation,
full - disk images with higher
spatial and temporal resolution should be analyzed in future.
This left the picture well short of allowing for
full 3D
spatial recognition of a given
field, though, as that horizontal plane would essentially go on forever, ignoring walls or other vertical surfaces.