Sentence examples for penetration temperature from inspiring English sources

Lakes are larger and deeper, often stratified in terms of light penetration, temperature range, and oxygen concentration.

The major operation parameters for oxidation ponds include light penetration, temperature, wind, pond geometry, and oxygen concentration.

The results of classic tests showed that adding crumb rubber reduced penetration, temperature susceptibility, ductility and fraass breaking point and increased the softening point, elastic recovery and vialit adhesion.

The probe penetration temperature (Tp) of the bulk glass, measured using a micro-thermal analyzer, was found to be 412 ± 10 °C, while those of the TE and PLD films were 468 and 470 ± 10 °C, respectively.

In aquatic habitats, environmental factors including various physical properties (gases and solids solubility, light penetration, temperature and density) and chemical properties (salinity, pH, hardness, phosphates and nitrates) of water are very important for growth and dispersal of phytoplankton on which zooplankton depend for their existence.

A theoretical model was developed to characterize the coupled chloride penetration and temperature gradient.

Plumes released near the surface may reduce light penetration and temperature and thus impair plankton growth, with rippling effects on the food web.

Effects of mixture content, binder type, mixture gradation, modifier, and stirring time on properties of gussasphalt mixtures are investigated by fluidity, penetration, high-temperature rutting, and low-temperature bending tests.

Frictional heat due to penetration increased the temperature by >10 K, exceeding the gas/hydrate stability temperature at that depth.

In order to quantify the percolating porosity, conventional radiotracer (59Fe) diffusion measurements were combined with a study of room temperature penetration of liquid 110mAg solution to distinguish between solid-state diffusion along boundaries and penetration along the surface of interconnected cavities.

Numerical simulations of the induction source were performed using temperature-dependent material properties to find the optimal induction heating parameters that will result in the desired penetration depth and temperature.