Sentence examples for infrared continuum from inspiring English sources

The observation of the infrared continuum band (presumably of a protonated water cluster) at 2000 1800 cm–1 by time-resolved FTIR provided the data needed to confirm the presence of a highly delocalized proton, and the involvement of water vibrations in this continuum band was proven directly usingO water.

The ATR spectra were collected via a continuum infrared microscope attached to a Nicolet 6700 FT-IR spectrometer (Thermo Fisher Scientific, Waltham, MA, USA) using a 256-scan co-addition at a resolution of 4 cm−1 with a built-in nitrogen-cooled mercury-cadmium-telluride (MCT) detector.

The far-infrared continuum spectrum of olivine is still not well understood.

The far-infrared continuum opacity of cold dust is an important quantity for the study of debris disks in planetary systems and of protoplanetary disks.

We detected rotational transition features of ammonia and phosphine in the far-infrared spectra of Jupiter and Saturn and measured the far-infrared continuum of Neptune with high photometric accuracy.

The measurements were carried out at the SMIS beamline of the SOLEIL synchrotron using a Continuum XL infrared microscope with an external source of IR.

The measurements were carried out in transflection mode using a Continuum XL infrared microscope equipped with a 50 μm MCT detector and coupled to an FTIR ThermoNicolet 5700 spectrometer.

The Nd YAG infrared laser (Powerlite II Plus, Continuum, Santa Clara, CA) available in the High-Strain-Rate Laboratory in the School of Materials Science and Engineering was used to apply pulses of 1064 nm wavelength, 5 9 ns pulse length, and 50 175 mJ energy per pulse.

An analysis, by a carrier scattering approach, of the thermionic emission contribution to the dark current is carried out in conventional bound-to-continuum quantum well infrared photodetectors (QWIPs).

Infrared heaters work on infrared light.

With the advent of ground-based and space borne infrared (IR) telescope facilities, the IR extinction continuum and absorption features have been receiving increasing attention and play an essential role in recovering the intrinsic energy distribution of celestial objects and inferring the characteristics of interstellar dust.