Sentence examples for most accurate temperature from inspiring English sources

In this aspect, coupled electron and phonon Monte Carlo (MC) simulations provide the most accurate temperature predictions of the transistor region.

The most accurate temperature and heat flow data are obtained with high-resolution thermistors sunk into the small-diameter, thermally stable boreholes at logging speeds of 10 15 m/min.

In order to obtain the most accurate temperature profiles, a procedure is suggested, where the 1D heat-conduction equation is solved by using the fluid temperatures from a previous CFD simulation, taking into account the temperature dependency of thermo-physical parameters of concrete and, if necessary, the risk of spalling.

The MAV forecast product produced the most accurate temperature and DPT predictions for all three forecast lengths, with 3-day predictions that were > 0.5°C closer to the observed values than predictions based on the other forecast products.

Moreover, the local and general formulas of the most accurate temperature-based model also perform better than the two most accurate sunshine-based models from the literature.

An adiabatic temperature rise test can determine the most accurate adiabatic temperature rise characteristic of concrete.

It is worth noting that while rectal temperature provides the most accurate reflection of core temperature, such measurement techniques were not feasible given the nature of the current study.

Rectal temperatures are considered the most accurate measurement of body temperature,[12] but they differ, sometimes significantly, from oral temperatures or those taken by a forehead scanner or ear temperatures.

The temperature with the greenest colour is the most accurate match to the actual temperature of the water.

Oral thermometry is accepted as the most accurate means of non-core temperature assessment, but poses challenges in patients who are intubated or wearing oxygen masks.

In the case of materials with high thermal conductivity, contact sensors positioned in the back of the material sample and very close to the surface is the most accurate way to measure surface temperature.