OIv2 resolved a 120 DU depletion zone within a pyrocumulonimbus plume over Tasmania – a feature smoothed out in OMI data. The 1.5 km imagery revealed filamentary ozone transport structures consistent with WRF-Chem simulations.
A neural network correction for surface albedo heterogeneity (training data from MODIS BRDF products). ozone imager v2
, a more natural-sounding method that spreads a mono signal without the metallic ringing or phase cancellation often associated with traditional delay-based widening. 2. High-Fidelity Visual Feedback Effective imaging requires seeing what you hear. Imager v2 features three distinct vectorscope modes to help you monitor "mono-compatibility": Polar Sample: Highlights the relationship between left and right channels through a cloud of points. Polar Level: Useful for seeing the overall energy distribution of the stereo field. Lissajous: A classic meter that shows the phase relationship between channels. Correlation Meter: A critical tool that ranges from OIv2 resolved a 120 DU depletion zone within
| Metric | OIv2 | OMI (Aura) | |--------|------|-------------| | Nadir resolution | 1.5 km | 13×24 km | | Swath width | 1200 km | 2600 km | | TCO RMSE vs. Dobson | 2.8% | 3.5% | | Signal-to-noise ratio (312 nm) | 450 | 180 | , a more natural-sounding method that spreads a