참고문헌
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Optic com
v.77
no.1
External cell optogalvanic stabilization of a
$CO_2$ laser: Quantitative analysis and frequency measurement in the sequence band L. Zink;F. S. Pavone;R. Meucci;M. Prevedelli;M. Inguscio https://doi.org/10.1016/0030-4018(90)90457-5 - Applied phus. B v.B31 no.3 Brondband Mid-infrared laser magnetic resonance spectrometer for the spectral range of 1200-2000 wave-numbers W. Rohrbeck;A. Hinz;P. Nelle;M. Gondal;W. Urban
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Optric com
v.30
no.2
Opto-galvanic stabilized
$CO_2$ laser A. L.S. Smith;S. Moffatt - IEEE Jour of Quantum Elec v.QE-18 no.1 Optogalvanic stabilization and offset tuning of a carbon dioxide waveguide laser M. J. Kavaya;R. T. Menzies;U. P. Oppenheim
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IEEE Jour of Quantum Elec
Use of plasma tube impedance variations to frequency stabilize a
$CO_2$ laser M. L. Skolnick -
Rev. Sci. Instrum
v.46
no.4
Inexpensive method to stabilize the frequency of a
$CO_2$ laser H. Willam;Elbers. Thomason;Don C. https://doi.org/10.1063/1.1134228 - Optics. comm v.1 Optogalvanic spectroscopy with rf discharge T. Suzuki
- Reviews of Mod. Phys. v.62 no.3 Optogalvanic spectroscopy S. Antonio https://doi.org/10.1103/RevModPhys.62.603
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Review of Sci. Instrum
v.69
no.12
Frequency stabilization of a radio frequency excited
$CO_2$ laser using the optogalvanic effect J. W. Choi;Y. B. Chung https://doi.org/10.1063/1.1149246 -
한국광학회지
v.14
no.4
고주파 여기식 슬랩형 도파관
$CO_2$ 레이저 김규식;이영우;우삼용;최종운