With the advent of stable, cw infrared lasers with moderate output power capabilities in the mid 1960's came the idea of using heterodyne detection, a mature radio frequency technique, in the infrared. This technique was first applied in radar and communications applications; however, it became apparent that infrared lasers and heterodyne detection techniques would be useful in a number of atmospheric measurement applications. The level to which these techniques are being put to use in field measurements is shown using two developed flight instruments as examples
The thermal infrared region contains molecular bands of many of the most important species in gaseou...
For the past 20 years, high resolution infrared spectroscopy has served as a valuable tool to measur...
Progress made in the generation of tunable infrared radiation and its application to remote pollutan...
International Telemetering Conference Proceedings / October 15-17, 1974 / International Hotel, Los A...
The use of infrared heterodyne spectrocopy for the study of planetary atmospheres is discussed. Infr...
An infrared laser heterodyne system for obtaining height profiles of minor constituents of the atmos...
Heterodyne detection in the infrared and optical is a useful technique for systems applications such...
309-317The monitoring of greenhouse gases has an important role in the understanding of global chang...
Infrared heterodyne techniques were considered primarily for detecting molecules predicted to be pre...
Contains reports on five research projects.Joint Services Electronics Program (Contract DAAB07-76-C-...
The increase of greenhouse gases concentration in the atmosphere leads to global warming, which has ...
Heterodyne infrared astronomy was carried out using CO2 lasers and some solid state tunable lasers. ...
Contains research objectives and summary of research on five research projects.Joint Services Electr...
The role of infrared sensing in atmospheric science is discussed and existing infrared measurement t...
The first infrared heterodyne spectrometer using tuneable semiconductor (PbSe) diode lasers has been...
The thermal infrared region contains molecular bands of many of the most important species in gaseou...
For the past 20 years, high resolution infrared spectroscopy has served as a valuable tool to measur...
Progress made in the generation of tunable infrared radiation and its application to remote pollutan...
International Telemetering Conference Proceedings / October 15-17, 1974 / International Hotel, Los A...
The use of infrared heterodyne spectrocopy for the study of planetary atmospheres is discussed. Infr...
An infrared laser heterodyne system for obtaining height profiles of minor constituents of the atmos...
Heterodyne detection in the infrared and optical is a useful technique for systems applications such...
309-317The monitoring of greenhouse gases has an important role in the understanding of global chang...
Infrared heterodyne techniques were considered primarily for detecting molecules predicted to be pre...
Contains reports on five research projects.Joint Services Electronics Program (Contract DAAB07-76-C-...
The increase of greenhouse gases concentration in the atmosphere leads to global warming, which has ...
Heterodyne infrared astronomy was carried out using CO2 lasers and some solid state tunable lasers. ...
Contains research objectives and summary of research on five research projects.Joint Services Electr...
The role of infrared sensing in atmospheric science is discussed and existing infrared measurement t...
The first infrared heterodyne spectrometer using tuneable semiconductor (PbSe) diode lasers has been...
The thermal infrared region contains molecular bands of many of the most important species in gaseou...
For the past 20 years, high resolution infrared spectroscopy has served as a valuable tool to measur...
Progress made in the generation of tunable infrared radiation and its application to remote pollutan...