Sentence examples for development of temperature from inspiring English sources
Numerical simulations are performed for laminar natural convection occurring, so that the development of temperature, composition and velocity throughout a reacting gas is computed for increasing times.
Governing equations of mass, energy, and chemical species in component rooms are solved simultaneously, for the development of temperature, concentrations of chemical species, and other properties.
The research results indicate that the coupled hygro-thermal model constructed based on the micro-pore structure evolution can accurately predict the time-dependent development of temperature and humidity field inside the early-age concrete.
The development of temperature gradients during the anodization process and burning is discussed in view of the formation of thermo-mechanical stress and its influence on the properties and microstructure of the resulting oxide layer.
Due to mullite's low thermal diffusivity and inferior tensile strength, a new method for applying laser power is devised to eliminate cracking and fracture of the workpiece during laser heating by controlling the development of temperature gradients.
Understanding the nature and magnitude of these physiographic effects has practical and theoretical implications for the development of temperature datasets used in ecosystem assessment and climate change impact studies in regions of complex terrain.
This study reports the development of temperature-responsive polymer/silica hybrid nanoparticles and their application to temperature-dependent intracellular uptake of hydrophobic encapsulated fluorescence molecules.
The number of parameters needed to describe phenanthrene and naphthalene hydrocracking kinetics was then reduced by the development of temperature-independent quantitative structure/reactivity relationships (QSRRs) for the activation and reaction enthalpies and entropies.
The fire resistance design incorporates the estimation of the thermomechanical behaviours of the structures based on the development of temperatures of the structural elements subject to fire in which the structures are heated at varying rates.
