Titlebook: Reviews of Infrared and Millimeter Waves; Volume 2 Optically P Kenneth J. Button,M. Inguscio,F. Strumia Book 1984 Plenum Press, New York 19

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Far-Infrared Laser Lines from Optically Pumped 13CH3 16OH, molecules. However, while the deuterated methanols have been studied quite extensively, only two investigations have been published on . CH.OH and none so far on any other modification involving isotopic substitution of carbon or oxygen.

heart-murmur

FIR

Alveoli

The Optically Pumped Difluoromethane Far-Infrared Laser,ar properties, was used to successfully predict the discovery of efficient FIR laser operation from this molecule by Danielewicz and Weiss in 1978. Subsequently, Galantowicz et al., 1979 showed that the operating characteristics of the laser together with its molecular dynamical properties were cons

GIDDY

Submillimeter Laser Lines in 1, 1 Difluorethylene, CF2CH2,was first observed by Dyubko et al. in 1972 [1], subsequently Hodges et al. [2] and Radford [3] discovered several new lines. Since many of the emission lines are strong, their frequencies have been measured by heterodyne methods by Radford et al. [4] and by Dyubko and Fesenko [5]. More recent exper

Aspiration

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GRUEL

暴發(fā)戶

chondromalacia

Far-Infrared Laser Lines from Optically Pumped CH3OH,ive power, and pressure is generally available. Also, precise FIR frequency measurements are at our disposal for 98 FIR lines (Petersen et al., 1980 and unpublished). This is helpful for the assignment of the lines and provides a comb of precise reference FIR frequencies from 245 GHz to 8 THz, using a single laser source.