The increasing desire to detect and monitor in real-time different fields such as environmental air, life science, medical diagnostics and planetary exploration demands the development of innovative sensing systems. The recent advances made in both laser sources and detectors has opened up new opportunities for laser spectroscopy-based sensing and detecting techniques.
Laser spectroscopy-based techniques have the advantages of high sensitivity, non-invasiveness and in situ, real-time observation. Furthermore, these techniques such as laser spectroscopy sensing and laser spectroscopy imaging have helped to promote its applications. Therefore, this Research Topic encourages papers about the novel research, technology, and in particular the advanced methods and novel applications of laser spectroscopy. Review articles which describe the current state-of-the-art are also encouraged. Potential topics include, but are not limited to the following:
1. laser-frequency comb spectroscopy
2. photoacoustic spectroscopy
3. photothermal spectroscopy
4. tunable diode laser spectroscopy
5. cavity-enhanced spectroscopy
6. laser-induced fluorescence spectroscopy
7. laser-induced breakdown spectroscopy
8. laser Raman spectroscopy
9. tunable laser sources for spectroscopy
10. heterodyne laser spectroscopy
11. laser imaging technique
12. laser gas sensing applications
13. laser imaging applications
The increasing desire to detect and monitor in real-time different fields such as environmental air, life science, medical diagnostics and planetary exploration demands the development of innovative sensing systems. The recent advances made in both laser sources and detectors has opened up new opportunities for laser spectroscopy-based sensing and detecting techniques.
Laser spectroscopy-based techniques have the advantages of high sensitivity, non-invasiveness and in situ, real-time observation. Furthermore, these techniques such as laser spectroscopy sensing and laser spectroscopy imaging have helped to promote its applications. Therefore, this Research Topic encourages papers about the novel research, technology, and in particular the advanced methods and novel applications of laser spectroscopy. Review articles which describe the current state-of-the-art are also encouraged. Potential topics include, but are not limited to the following:
1. laser-frequency comb spectroscopy
2. photoacoustic spectroscopy
3. photothermal spectroscopy
4. tunable diode laser spectroscopy
5. cavity-enhanced spectroscopy
6. laser-induced fluorescence spectroscopy
7. laser-induced breakdown spectroscopy
8. laser Raman spectroscopy
9. tunable laser sources for spectroscopy
10. heterodyne laser spectroscopy
11. laser imaging technique
12. laser gas sensing applications
13. laser imaging applications
