Sentence examples for high temperature interval from inspiring English sources

Consequently, experimental results showing this behavior are rejected, though data points at the high temperature interval (450 585°C) are sufficiently linear to determine an acceptable paleointensity value.

Figure 4(b) provides an example of unstable rema-nence direction (MAD = 22° and DANG = 18.4°) with a failed pTRM check (CKerror = 11.2%) at the high temperature interval of 450 585°C, despite a linear trend (σ/ǀbǀ = 0.054).

In the high temperature interval (from 70 to 100 °C), the activation energies of oil samples decrease with the following sequence, i.e., oil before reaction, oil after reaction with the catalyst Mn(C11H7O2 2, and oil after reaction with the catalyst Cu(C11H7O2 2.

In the high temperature interval from 100too 250 °C the SFE ranges from 29 to 44 mJ m−2 and the initiation of mechanical twinning is delayed leading to reduced work-hardening in the intermediate and final stages of strain-hardening.

In addition, the coating exhibited low friction behavior during thermal cycling by restoring the lubricious NiO phase inside the wear track at high temperature intervals.

For each feasible hot and cold streams, heat exchange is considered between a cold stream in a given temperature interval and a hot stream in the same or higher temperature interval.

Overpressured formation exhibits several properties when compared with a normally pressured section at the same depth; including higher porosities, lower bulk densities, lower effective stress, higher temperature, lower interval velocities and higher Poisson's ratio.

However, in order to validate this hypothesis it is necessary to rule out the possibility that the plasma sheet is more likely to be at a higher temperature during intervals in which our solar wind driving function is large, i.e., to rule out that the higher temperatures and a large solar wind driving function have a common source.

Meanwhile, the oxidation of nitrites to nitrates on the sulfated catalyst at the temperature interval for high NOx conversion is accelerated by the increased lattice oxygen mobility.

It implies that the processing sequence, which can make the void closed completely at high pressure and high temperature and keep the sufficient interval time between forming stages, should be emphasized in the process planning.

It turned out that the time interval in which high temperature and high mechanically induced tensile stresses are acting simultaneously is a major aspect for the damage development.