As a result, we present an extensive kg database for a wide temperature range from 325 K to 575 K.
This model is successfully applied on an extensive data set obtained by small-angle neutron scattering for a wide temperature range and two alloy contents.
As compared with other fuels, a majority of urea and nitrates simultaneously decompose and occur in extensive overlapped temperature ranges during heating, which is conducive to the formation of a moderate and sustained combustion reaction.
At this low temperature range, the extensive knowledge built for pulverized coal combustion with respect to slagging, fouling, and high-temperature corrosion is not useful.
An extensive kinetic study has then been performed in the 400 600°C temperature range including the effects of H2O,CH4 and O2.
Primary variables of precipitation (mm), mean temperature (°C), and diurnal temperature range (°C) were available and interpolated from extensive meteorologic station data by using angular distance-weighted averaging of anomaly fields.
Fractographic analysis revealed some brittle features in fracture surface near the crack initiation site at elevated temperatures, which was more pronounced and extensive at 773 K, indicating that embrittlement has occurred at the temperature range studied.
By taking the advantages of polymers in tunable critical solution temperature range and good biocompatibility, fluorescent polymeric thermometers (FPT) have drawn extensive attention because they are capable of accurate monitoring temperature with high spatial resolution at cellular level.
However, limitations associated with both limited temperature range of operation and alcohol permeability (fuel crossover) have triggered an extensive research to improve the high temperature properties of Nafion membranes [3, 5].
In the intermediate temperature range (473 523 K) continuous DRX (CDRX) was observed and associated with extensive cross-slip due to the Friedel Escaig mechanism.
