Sentence examples for finished temperature from inspiring English sources

Roast the meat until the internal temperature is 5 to 10 degrees below your desired finished temperature.

After the turkey has roasted to its finished temperature, remove it from the oven and allow it to rest, letting the juices evenly distribute throughout the meat.

The alloy had a martensite finishing temperature (Mf) of about 25 °C and an austenite finishing temperature (Af) of about 76 °C, as measured by differential scanning calorimetry.

This paper presents a computational approach to grain size evolution and finishing temperature predictions during the rolling process using Sellar's evolution equations.

Steels annealed above the dissolution finishing temperature of κ-carbides (795 °C) were basically composed of ferrite band and austenite band in a layered structure.

It was verified here that the total strain applied during hot rolling and the finishing temperature were essential to improve the toughness of both alloys; the effect of the former parameter revealed to be more important.

The experimental results showed that, although intensive melt shearing does not change the nucleation starting temperature, it increases the nucleation finishing temperature, giving rise to a reduced nucleation undercooling.

After repeated γ-α-γ cycles finish, temperature (A k) of reverse α-γ transformation remarkably increases (by 75 to 80 K after the 30 cycles of γ-α-γ transformations).

Experimental results show that all transformations to the B19′ phase (B2 B19′, R B19′, B19 B19′) demonstrate a substantial isothermal accumulation of martensite during isothermal dwelling between the martensitic transformation start and finish temperatures.

Furthermore, it was experimentally demonstrated that the hydrostatic pressure stabilizes the untransformed austenite; however, the austenite stabilization effect alone is not large enough to fully explain a large gap between martensite start and finish temperatures in steel.

Well balanced properties, i.e. strength about 2000 MPa and ductility more than 10 – 15%, can be achieved by an application of advanced heat treatment methods like Q-P (quenching and partitioning) process, consisting in quenching at intervals between martensite start and martensite finish temperatures resulting in stabilization of untransformed austenite by partitioning carbon.