Sentence examples for improved atmospheric from inspiring English sources

Reducing this scatter, e.g., by an improved cloud screening and improved atmospheric correction, will be necessary for the development of a reliable correction scheme.

This paper reports on the preparation of titanium (IV) oxide films via the improved atmospheric pressure barrier torch discharge (BTD) deposition.

An added benefit from clean combustion is improved atmospheric visibility and lower ambient pollution as well as potentially lower greenhouse emissions.

The results suggest that urban design and effective measures based on the relationship between meteorological factors and PM10 would be effective for improving atmospheric pollution.

Improving atmospheric outcomes will only be achieved if variation in landscape C stocks is accurately described and the full role of forests in greenhouse gas mitigation including the role of wood products is explored and reflected in policy.

The range of instruments flown as part of the payload will also provide accurate input data to improve atmospheric radiative transfer codes by anchoring boundary conditions, through simultaneous measurements of aerosols, particulates and radiances at various heights.

Despite the use of unleaded gasoline, obligatory in Italy since January 2001 and expected to improve atmospheric pollution (Viard et al. 2004), our results indicated that this metal might still represent an important contaminant in urban areas.

The objective of this study was to evaluate whether the reliability of water clarity can be improved applying atmospheric correction of Landsat imagery.

In this report, indium gallium zinc oxide (IGZO) thin-film transistors (TFTs) performances were improved using atmospheric pressure plasma treatment on e-beam deposited silicon dioxide gate dielectric layers.

A technique that has had great success in weather prediction is data assimilation, whereby estimates of the state of the Earth's atmosphere are improved by incorporating atmospheric measurements as they come in to determine which of a number of states being evolved forward is most compatible with the new data.

As shown in Fig. 3c, the bright channel approximates the dark denseness of the atmosphere of the input image very well, and therefore, we can use the bright channel to improve the atmospheric light estimation.