Sentence examples for solidus temperature from inspiring English sources
The phrase "solidus temperature" is correct and usable in written English.
It is typically used in scientific contexts, particularly in materials science and metallurgy, to refer to the temperature at which a substance transitions from solid to liquid. Example: "The solidus temperature of the alloy is critical for determining its processing conditions."
Such a lower solidus temperature makes partial melting today easier than previously thought, particularly in the presence of volatiles (H2O and CO2).
Filaments are observed on the fracture surfaces of the broken specimens tested below the solidus temperature.
These codes are written in MATLAB and solve for viscous incompressible flow, advection-diffusion of temperature, advection of composition and melting processes of mantle rocks that reach their pressure-, composition- and volatile-dependent solidus temperature.
Rather, they crystallize over a wide range of temperatures beginning at liquidus temperatures for basaltic magmas as high as 1,150 °C and ending as a complete solid at a low solidus temperature of about 800 °C.
This temperature is extremely high for Cu and Cu-Zr alloys, being ∼90% of the melting temperature of pure Cu and ∼98% of the solidus temperature (where the material begins to melt) of Cu-3 atomic % Zr22.
It is suggested that the relative interfacial energies and volume thermodynamic terms are always important contributions, while the dispersion interaction is relatively unimportant well below the solidus temperature, but may be critical close to and above the solidus temperature.
Even though the annealing temperature was below the solidus temperature for Cu-3 atomic % Zr, it was above the eutectic temperature, the lowest possible melting temperature over all mixing ratios, which occurs at higher Zr concentrations.
The experimental results showed that the addition of Mo decreased the liquidus and solidus temperatures, and the addition of Ta increased the liquidus and solidus temperatures.
Liquidus and solidus temperatures determined by the pyrometric method agree fairly well with the calculated values.
Estimated solidus temperatures for eclogite + C O H fluid with fO2="Fe FeO are 1100 °C at 3 GPa and 1600 °C at 16 GPa, and for eclogite at fO2="Mo–MoO2 solidus temperatures were 20 50 °C lower.
Liquidus temperatures were slightly higher than 200°C, however, solidus temperatures were lower, in the range of 130°C 180°C.
