Sentence examples for planetary spectrum from inspiring English sources

At the very least, says Burrows, the fact that Spitzer was able to pick up a planetary spectrum at all bodes well for future analyses.

The method is aimed at the simulation of high-resolution planetary spectrum in a broad spectral region with computational expenses typical to two-stream algorithms and a precision close to that of time consuming exact methods.

We compare VLF planetary spectrum with spectrum obtained from total column density of Ozone and mesospheric average temperature data which may indicate vertical coupling between the stratosphere and ionosphere in winter to early spring time.

The effect on the planetary spectrum of spatially inhomogeneous clouds is more fully captured in the 3-D model described below.

In the realistic case of a disk-averaged planetary observation, a pigmented surface will be viewed through an atmosphere; therefore, a remote observation of a planetary spectrum will include atmospheric absorption and scattering effects by gaseous molecules and clouds.

His early work centred on the study of planetary spectra (the characteristic wavelengths of the light from the planets) to obtain data on the planetary atmospheres; it was published in his Spectra der Planeten (1874; "Spectra of the Planets").

A 27-day zonal wind oscillation can be an inherent or even dominant period of the broad planetary wave spectrum at mid-latitudes.   2.

A 27-day zonal wind oscillation can be an inherent or even dominant period of the broad planetary wave spectrum at mid-latitudes.

Finally, we think that modelling of the atmospheric planetary wave spectrum in the extra-long period wave band requires the full variability of solar input data.

It was notably the first planetary nebula whose spectrum was investigated by the English amateur astronomer William Huggins, demonstrating that planetary nebulae were gaseous and not stellar in nature.

To help understand planetary gamma-ray spectra, the energies and intensities of gamma rays produced by energetic particles interacting in thick targets were simulated experimentally and numerically.