Sentence examples for recovered temperature from inspiring English sources

Practical inversion algorithms designed to calculate temperature and emissivity from the measurements cannot do a perfect job of separation, and recovered temperature and emissivity may co-vary.

For ASTER images, validation studies of recovered temperature and emissivity, regarded individually, have shown that they are within the precision and accuracy limits predicted in designing the ASTER TES algorithm used to calculate the standard products AST05 and AST08.

The expedition obtained logging data and core samples, and installed and recovered temperature sensors (Chester et al. 2012).

The recovered temperature loggers recorded data from which the level of friction during the mega-earthquake slip could be determined.

In this study, we solved problem (1.2 - 1.4 1.2 - 1.4er tomperecoverfunctemperature unknown sources in the parabolic equation with the time-dependent coefunction (i.e., inhofogeneous source) by suggestheg two methods, the a priori and a posteriori parameter choice runknown

Atmospheric scientist Judith Perlwitz and colleagues report in the 26 April issue of Geophysical Research Letters that if the ozone hole continues to recover, temperatures in the Antarctic stratosphere could rise as much as 9°C by the end of the century and contribute to global temperature increases.

For this, both compressive and direct tensile tests were performed at three different testing conditions: ambient temperature, cryogenic temperature (−170 °C), and recovered ambient temperature after experiencing the cryogenic temperature.

Decreasing E(m) with wavelength leads to largest errors in the recovered soot temperature and volume fraction when self-absorption correction is not accounted for.

The assumption of constant E(m) in general results in smallest errors in the inverted soot volume fraction and the increasing E(m) with wavelength gives rise to smallest errors in the recovered soot temperature.

Among the factors influencing cellulose digestibility of recovered solids, temperature was most significant, followed by acidic strength and residence time, as the analysis of chemical composition would suggest.

As in the case of KCTD6BTB: (a) the thermally-denatured state of KCTD5BTB is characterized by the presence of a significant content of residual secondary structure and (b) the KCTD5BTB thermal denaturation is also reversible, since the secondary structure is recovered when temperature is lowered to 20°C).