Sentence examples for heat computed from inspiring English sources

The sorption isosteric heat computed from the water activity (Aw) sorption isosteric model developed in this study showed good agreements with the values calculated by the Clausius Clapeyron equation or from calorimetric method.

An example is offered by the right panel of Figure 3, illustrating the estimated daily deaths b-AN x, t and f-AN x, t attributable to heat, computed backward and forward for the first summer in the time series for Rome, with related temperature trend.

Individuals with a similar pattern of IFN-γ cytokine secretion were grouped together as clusters and presented as a heat map; with heat distances computed using Euclidean distances as similarity measure, employing NetWalker 1.0 software.

Rather than using the number and the length of future heat waves computed by applying our heat wave definition to the climate model temperature output, we calculated the change in the number and length as the ratio between future value and present-day value, as both were simulated from the climate model.

Quenching distances and maximum wall heat fluxed computed in laminar cases are compared to DNS results.

We stress that heat flux computed by time averaging of the Nosé-Hoover parameter ξ (see Equation (12)) is also in excellent agreement with the value predicted by the continuous model through Equation (18).

Figure 6a and b depicts the heat capacity computed by the WL method (Fig. 5a) and the program UNAFold (Fig. 5b).

In the aerothermal model, the heat flux in the aerodynamic heating is computed using the reference temperature method, and the finite element method (FEM) is applied to solve the transient heat transfer in the panel.

Specific heat is then computed by measuring the heat absorbed by the water and container, which is equivalent to the heat given up by the hot material.

The dependence of the average Nusselt number on the average inner boundary temperature based Grashof number is found to be in good agreement with the heat transfer data computed for differentially heated annuli with isothermal boundaries, within the parametric space covered.

As a natural outcome of this intuition, Rolf Landauer, working at IBM on the integration of logical gates into what was to become microprocessors, asked the question whether this would lead to unbearable heat in computing devices, which were meant to become smaller and smaller, while computation kept becoming faster and faster as technology kept improving.