Webb's unprecedented improvements in sensitivity and resolution provides it with the ability to
resolve small features on planets, and precisely analyze the light from objects in our own backyard.
Not exact matches
«The problem we're solving is that no matter what wavelength of light you use, the resolution of the image — the
smallest feature you can
resolve in a scene — depends upon this fundamental quantity called the diffraction limit, which scales linearly with the size of your aperture,» Veeraraghavan said.
The lens can
resolve nanoscale
features separated by distances
smaller than the wavelength of light.
«4D - STEM experiments mean we no longer need to make a tradeoff between the
smallest features we can
resolve and the field - of - view that we are observing — we can analyze the atomic structure of the entire particle at once.»
At visible wavelengths, Hinode's imager can
resolve features on the solar surface as
small as 150 kilometers.
These actions produced models that account for the influence of
smaller features than can be
resolved in a global climate model and yielded composite climate scenarios suitable for analysis of specific local climate impacts.
At top, a simulated HDST views that
resolves surface
features as
small as 300 km.
Unfortunately, many of these cloud properties must be estimated through parameterization, a technique used to represent complex
small - scale systems, because climate model resolution is too coarse to
resolve small - scale cloud
features.
In this map, surface
features as
small as about 100 kilometers (60 miles) across are clearly
resolved.
Hubble
resolves Martian surface
features with a level of detail only exceeded by planetary probes, such as impact craters and other
features as
small as 30 miles (50 kilometers) across.
JPL, NASA Larger image A ribbon - like wave structure with
small convective
features in Saturn's clouds that marks a westward jet is seen in this image, whose
smallest resolved features are 40 miles (65 km) in diameter (more).
The length scales that are
resolved in these models is typically on the order of 100s of kilometers (i.e.
features that size or
smaller are not directly
resolved).
«They are relatively
small - scale
features, only a few hundreds of kilometres wide, and therefore can only start to be realistically
resolved in models with a horizontal grid spacing of around 12 km,» said Martinez - Alvarado.
article by Heinz and me (reference available on request), once the minimal scale (
smallest scale
feature of vorticity) is properly
resolved by a numerical model, the correct Navier - Stokes dissipation form (second order derivatives) can be used and produces the correct spatial spectrum, i.e. the numerical solutions converge.
And as I have stated very clearly, the
smallest features shown in the plots are still well over 100 km in extent, i.e. no mesoscale
feature (storms), fronts, hurricanes, etc. are
resolved.
I have also studied, for example, the effects of snow grain shape on the reflection of solar radiation by snow, and the effects of subgrid - scale cloud
features (clouds too
small to be
resolved by a climate model) on radiative transfer.