Sentence examples for modeling of temperature from inspiring English sources

Reduction of graphite oxide (GO) to graphene induced by picosecond pulsed laser irradiation has been studied by Raman spectroscopy, scanning electron microscopy together with modeling of temperature dynamics in the materials.

Modeling of temperature dynamics revealed that the temperature of the GO film irradiated with a single laser pulse at a fluence of 0.04 J/cmW (50 mW) increased up to 1400 °C for a few nanoseconds, which was sufficient for the effective reduction of GO to graphene with successive laser pulses.

The problem is motivated by the modeling of temperature regulation in the medium.

Here, we apply the semiquantum molecular dynamics approach for the modeling of temperature dependence of thermal phonon conductivity in silicon and germanium nanoribbons with rough edges.

In this case, the numerical modeling of temperature distribution may be carried out conveniently by considering only conductive heat transfer (e.g., Beardsmore 2004; Mottaghy et al. 2011).

This problem is motivated by the modeling of temperature regulation in an isotropic medium, with non-uniform and nonlocal sources that provide cooling or heating system; this could represent a feedback air-conditioning system in a macro scale installation.

A constitutive law based on fractional derivatives is adopted, which allows the modeling of temperature-dependent viscoelastic behavior in time and frequency domains.

New analytical models of temperature and thermal stresses are proposed.

This article presents a computational model of temperature monitoring in such a leak detection system (LDS).

We show the merits of our approach by applying it to a simple model of temperature regulation in a building.

A simulation model of temperature control of EHD micro heat pipes was established in a Matlab Sinulink environment.