Sentence examples for thermal exploitation from inspiring English sources

With the aim of improving the combustion yield, thermal exploitation of vine shoots was performed in batch mode, in a conical spouted bed combustor at temperatures ranging from 250 to 550 °C, with and without the Pd catalyst.

Ground Source Heat Pumps (GSHP) are economically and environmentally advantageous for the heating and cooling of buildings, provided that the long-term sustainability of the thermal exploitation of the soil is ensured.

The feasibility of a conical spouted bed combustor for the thermal catalytic exploitation of vineyard pruning waste, under different operating conditions has been analyzed.

Contemporary architecture is generally characterised by shapes whose complexity, according to a multidisciplinary design approach, is related to the fulfilment of several requirements, such as structural and thermal efficiencies, exploitation of renewable energy sources, and reduction of construction and maintenance costs.

The model can be used in atmospheric sciences as well as in electrical engineering since it allows the user to find the optimal location for the maximum power generation in photovoltaic or solar thermal power exploitations.

On the environmental front, the programme calls for greater energy diversity, which will mean the promotion of wind and solar power; more ethanol production; the maintenance of hydrogeneration (which currently supplies more than three quarters of Brazil's electricity); and the scaling back of thermal power and exploitation of mine oil deposits located in "sub-salt" strata deep under the Atlantic.

As for the nanofluid optical properties, the described measurements show that nanohorn-based suspensions are very promising direct sunlight absorbers for thermal solar energy exploitation.

Although the thermal interference between exploitations has been recently studied, there is a lack of knowledge regarding the geochemical impacts of those systems on the aquifers where they are installed.

ORC (organic Rankine cycles) represent a sound solution for the exploitation of thermal energy available at low temperature.

This paper endeavor to assess the health hazards, particularly the power absorbed by tissues and thermal effects due to exploitation of mobile phones.

The oxadiazole-functionalized twisted bimesitylenes are found to exhibit high band gap (triplet energies), and excellent glass transition temperatures and thermal stabilities for ready exploitation as host materials.