Sentence examples for unknown temperatures from inspiring English sources

With these boundary conditions, the unknown temperatures in the system are solved, enabling estimation of the power generated with TEGs.

The relations of unknown temperatures at the cells are based on the energy conservation and the definition of thermal resistance.

The information obtained in this manuscript has importance in documenting previously unknown temperatures but the authors need to understand that this is the importance and not try to interpret minimal data for habitat use.

Under these conditions, water vapour would not condense until some unknown temperature was reached, and Earth might have had at an early stage in its history an atmosphere rich in carbon dioxide and no ocean: the surface would have been much like that of present-day Venus.

In addition to an unknown temperature-sensing mechanism, it is currently not understood how temperature regulates PIF4 activity.

The GITT is then applied to transform and solve the problem and to obtain the once unknown temperature field.

In 3D thermal resistance analysis, a node of unknown temperature is located at the centroid of each cell into which the system is divided.

This heat flow must be carried through the stagnant layer conductively, along an unknown temperature profile (either superadiabatic or subadiabatic depending on T CMB compared with the temperature in the convective region).

To effectively consider the fluid boundary interaction, these unknowns are expressed as algebraic summations of the temperature correction on Eulerian points, which are in turn obtained from biased distributions of unknown temperature corrections on the immersed boundary.

An Iterative Regularization Method based inverse algorithm is applied in the present study in simultaneously determining the unknown temperature and concentration-dependent heat and mass production rates for a chemically reacting fluid by using interior measurements of temperature and concentration.

Based on a nonequilibrium heat transfer model in the living tissue obtained by performing volume average to the local instantaneous energy equations for blood and tissues, the dual-phase lag bioheat equations with blood or tissue temperature as sole unknown temperature are obtained by eliminating the tissue or blood temperature from the nonequilibrium model.