Sentence examples for soil cells from inspiring English sources

The soil cells did not exceed average daily temperatures of 35 °C.

Soil cells were constructed to allow for forced aeration, irrigation, leachate collection and monitoring of temperature and soil humidity.

Sub-surface engineering systems, such as structural soil cells, can regulate water runoff and pollutants, and provide the necessary soil volume and irrigation to grow trees.

Although tests for salinity accumulation in the soils of one site were negative, a longer monitoring of the soil conditions within the soil cells is warranted.

Engineered soil cells were designed to develop proof-of-concept biopiles for white-rot bioremediation of aged PCP-contaminated soil from a former timber treatment site.

Methods applied in the model development are presented, including modifying a subroutine to specify radon source that originates in the soil cells only but decays throughout the computational domain, designing a simulation procedure that allowed the ground surface be simulated with appropriate boundary conditions, and verifying the model.

The model includes a ground heat exchanger and a soil cell.

The soil stirring accelerated the desorption of cesium ions from soil and an anion exchange membrane shortened the period for removing cesium from the soil cell by preventing the influx of cesium ions into the anode room.

(b) Schematic representations of Na+ extrusion at the plasma membrane (PM) of the soil-cell interface (left), Na+ reabsorption at the PM of the xylem parenchyma cell (XPC: middle), and Na+ sequestration into the vacuole at the tonoplast (right).

K+ transporting proteins in PMs of the soil-cell interface and the XPC respectively represent high-affinity K+ uptake channels/transporters and K+ efflux channels, which could couple with the each Na+ transporting mechanism in the PM.

Open image in new window Fig. 9 Experimental setup details: soil pressure cells.