Sentence examples for free of temperature from inspiring English sources
In locations free of temperature inversions, convection processes are strong enough, particularly during the summer months, that emissions are scavenged and quickly lifted by thunderstorms to regions high above the PBL.
The kinetic measurements were performed in a microstructured monolithic reactor with an external recycle free of temperature and concentration gradients.
Wait until your body has been free of temperature changes and irritants before evaluating any redness.
The animals were maintained under specific pathogen-free conditions of temperature (24 ± 2 °C), light dark periods of 12 h.
Dynamics of electron transport and recombination measurements indicate that an efficient electron collection is performed in the flexible ZnO anode fabricated free of high-temperature treatment and mechanical compression.
We assumed that the temperature difference within the flow regime is sufficiently small such that (T^{4}) can be expressed as a linear function of the free stream temperature of the flow.
From the specific heat data, the thermodynamic function values, and in particular the crystal free energy, as functions of temperature, have been obtained.
Using estimated parameters of transitions and solid and liquid heat capacities at equilibrium, the integral thermodynamic functions of enthalpy, entropy and free enthalpy as functions of temperature were calculated.
The effects of temperature, free cyanide and base metal (Cu and Ni) concentrations on the adsorption of PGMs from pregnant leach solutions onto granular activated carbon were therefore determined.
Based on Table 5, increasing the value of second grade parameter K will reduce the film thickness (beta^{2}=Upsilon) and the heat flux (-theta'(0)) also decrease, but the skin friction (f 0)) and the value of free temperature (theta(1)) increases for the case (mathit {Gr}=5), and for (mathit {Gr}=10) significant impacts in the values of (-theta'(0)), (theta(1)) and (f 0)) is seen.
In this work is presented a practical (i.e. nonlocal) robust estimation design to infer the main safety, production, and quality variables of batch, semibatch, or continuous free-radical homopolymer reactors with on-line measurements of free monomer, temperature, and volume.
