The PCR conditions used were as follows: initial denaturation at 94 °C for 5 min, followed by 35 cycles at 94 °C for 30 s, pertinent annealing temperature of each primer set for 30 s, 72 °C for 30 s, and an additional cycle with extension at 72 °C for 5 min.
It is applied to two pertinent high-temperature thermochemical reactors for fuel production that make use of concentrated solar energy as the source of process heat, namely: an indirectly irradiated batch-operated packed bed reactor for the carbothermic reduction of zinc oxide, and a directly irradiated continuously operated particle flow reactor for the steam-gasification of petcoke.
Thermal conductivity and heat capacity are pertinent to the temperature profiles throughout the slab thickness and thermal cracking of PCC pavements.
In the context of this research, asphalt foaming quality control model using neural network was constructed to map the pertinent parameters (asphalt temperature, water content and air pressure) into the foaming properties (maximum expansion ratio and half-life time).
We propose the application of a back flow cell model for the simulation of supercritical CO2 dissolution in water in static mixers at pressures and temperatures pertinent to geological CO2 storage.
Such a study is important to further understand how the instrument's performance will change at the low temperatures pertinent to Mars and also if the structure of minerals varies with atmospheric conditions, for example possible changes in the length of atomic bonds [30 33].
Effects of pertinent parameters on velocity, temperature and concentration distributions are presented and discussed for three wedge positions (i.e. static wedge, forward and backward movements of wedge).
However, there is significantly less available information of these processes when they take place under pure steam and in the lower temperature range pertinent to steam power plants.
An optimized reaction mechanism, originally developed to model natural gas combustion, was expanded to include reactions pertinent to the lower temperature, elevated pressure conditions encountered in the flow reactor.
A predictive analysis of the existence of these interactions as a function of the most pertinent parameters such as temperature, hydrogen activity, strain level, and strain rate is performed and compared with the results of experiments designed to characterize the mechanism of hydrogen-induced intergranular fracture.
