Sentence examples for subsoil temperature from inspiring English sources

This deterioration can be caused by soil thermal saturation where the nearby subsoil temperature becomes almost equal to the inlet air temperature resulting in minimum heat transfer between air and soil.

The obtained numerical results show that such a system could be effectively utilized for street heating, and proper design of both the system configuration and the thermal properties of the employed materials is important, in relation to the specific site and, as a consequence, to the exterior temperature and the subsoil temperature.

In areas where the shallow subsoil temperature is higher than normal (geothermal basins), the average temperature of the carrier water in the BHE is higher than in systems located in areas with a normal geothermal gradient, thus improving heat pump Coefficient Of Performance (COP).

The soil temperature in the subsoil (15 25 cm) under mulch was higher than under the bare surface.

Temporary nature of the boil (e.g. stability of the conduit, discharge rate), uncertainty on the 3D construction of the conduit and heterogeneity of the subsoil make it unlikely that temperature measurements can be interpreted further than a qualitative level.

Colombia is located on the Pacific Ring of Fire, which is a substantial advantage in terms of its potential for developing geothermal energy power plants, because in this area the natural gradient of temperature of the subsoil near the surface of the earth is abnormally high, due to the volcanic activity.

The word you hear over and over is terroir (tair-WHAR), which literally means "soil," but in winemaker-speak embraces the semimystical totality of a vineyard's specific subsoil, sun exposure, rainfall, nighttime temperatures, length of growing season on and on.

The aim of this study was to assess the impact of temperature and substrate limitation on subsoil SOC turnover and evaluate the stability of additional C inputs in subsoils.

Two tunnel geothermal plants - Stuttgart Fasanenhof and Jenbach - have provided reliable data on the subsoil, tunnel lining and tunnel air temperatures for the last four years.

In this paper, the hydration of two GCL products placed in contact with clay subsoils at different initial moisture contents is described under both isothermal conditions at room temperature, and daily thermal cycles.

These materials accumulate in the subsoil, where they form a reddish, clayey subsoil.