Folks who do combustion, solar physics and
atmospheric measurements understand that in such systems where the light source (s) are at the same temperature as the absorbers you can not naively use the absorption coefficient
Not exact matches
All this modelling work, combined with in situ
measurements (oceanographic campaigns recently carried out as part of the AMOP project) help improve our
understanding of the interactions between biogeochemistry,
atmospheric circulation and oceanic circulation.
Results: When it comes to
understanding how
atmospheric particles affect climate, one
measurement can't tell the whole story, especially in areas that haven't been studied.
The UAS and TBS
measurements have supplemented data obtained by the third ARM Mobile Facility at Oliktok Point — part of ARM's North Slope of Alaska
atmospheric observatory — to help improve
understanding of
atmospheric processes in the Arctic.
«Trends in observed
atmospheric water vapour are hampered by inhomogeneities in data records, which occur when
measurement programmes are discontinued because of, for example, the limited lifespans of satellite missions or insufficiently documented or
understood changes in instrumentation.
Unmanned aerial system and tethered balloon system
measurements have supplemented ARM Mobile Facility data to help improve
understanding of
atmospheric processes in the Arctic.
In conclusion, the present
atmospheric measurement network, current information on air - sea fluxes and current
understanding of vertical
atmospheric transport are not sufficient to allow full use of the potential of inverse modelling techniques to infer geographically detailed source - sink distributions of anthropogenic CO2.
Translating across discipline - specific vocabularies was essential to
understanding mismatches in estimates of methane emissions from permafrost based on field
measurements and on
atmospheric data.
Moreover, since DLR varies widely according to
atmospheric conditions, it is very important to achieve enough coverage to be sure that we
understand how the localized
measurements can be generalized to the global scale.