Its melting point is approximately 110 °C (230 °F).
The fat feels lighter in the mouth and cooks faster because the melting point is lower.
Its melting point is approximately 2,350° C (4,260° F).
Sulfur was well suited for this purpose because its melting point is very low and it is compatible with the explosive ingredients.
By adding about 25 percent of the sodium oxide to silica, the melting point is reduced from 1,723 to 850 °C (3,133 to 1,562 °F).
The strengths of these alloys increase with higher tin content, while the melting point is lowered to a minimum of 183 °C (361 °F) with a lead content of 38 percent.
A melting point is the temperature at which a solid becomes liquid.
For LaCl3, the melting point is 858°C; for KPb2Cl5, the melting point is 434°C; and for YCl3, a host crystal used in a study of cross-relaxation of singly doped thulium crystals, the melting point is 721°C.
In the model, the melting point is reached at depths down to 150 m.
In this work, a critical temperature indicator (CTI) based on a solvent melting point is developed.
The melting point is given as the lowest point of the curve.
