atmospheric radiation Applications

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  • Keyword: atmospheric radiation ×

Offering localized atmospheric and solar radiation output in order to model & manage energy use for energy sector

by Weather Analytics     based in Bethesda, MARYLAND (USA)

Energy providers, engineers, universities and labs use Weather Analytics’ localized atmospheric and solar radiation output in order to model and manage energy use and consumption within buildings and profile new renewable-energy sites. Weather Analytics provides solution-ready, statistically stable climate data, including hard-to-find variables. We provide global geographic coverage and easy access to comprehensive climate intelligence, including on demand Typical Meteorological Year (TMY) and Actual Meteorological Year (AMY) climate files for simulation and modeling.

Greenhouse gases monitoring

by Ecotech Pty Ltd     based in Knoxfield, AUSTRALIA

Greenhouse gases are gases in the atmosphere which absorb and emit radiation within the thermal infrared range. Changes in the concentration of these gases due to both man made and natural effects increase the risk of global climate change.

Aerosol Research

by Ecotech Pty Ltd     based in Knoxfield, AUSTRALIA

The Earth is warmed principally by the sun’s radiation which enters the atmosphere. However, not all the radiation penetrates the atmosphere as some is scattered back into space. The amount of back-scattering into space alters the amount of energy that is absorbed into the atmosphere. backscattering of this energy provides valuable information on the change of the earth’s radiation balance and how different activities (artificial and anthropogenic) can affect this delicately balanced system and thus influence global warming

Distributed Temperature Sensing Technology for Stream Monitoring

by Silixa Ltd     based in Elstree, UNITED KINGDOM

Temperature is an important factor in streams ecosystems. Heat tracers have been used to characterize contaminant transport, infiltration rates and energy exchange with groundwater, the atmosphere and radiation. The dynamics of these complicated water bodies is also affected by seasonal and diurnal patterns making characterization particularly challenging. Utilizing temperature measurements that capture spatial and temporal variations at stream ecosystem interfaces provides a mechanism for detailed characterization.

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