Frequency Stabilization of the 3.39-μm Laser on a CH_4 Line
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概要
- 論文の詳細を見る
- 社団法人応用物理学会の論文
- 1970-12-05
著者
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SHIMODA Koichi
Department of Physics, Faculty of Science, University of Tokyo
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Akimoto Yoshiaki
National Research Laboratory Of Metrology
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Tako Toshiharu
National Research Laboratory Of Metrology:(present Address) Research Laboratory Of Precision Machine
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Shimoda Koichi
Department Of Physicas University Of Tokyo
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OHI Misao
National Research Laboratory of Metrology
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SUGIYAMA Akira
National Research Laboratory of Metrology
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Tako Toshiharu
National Research Laboratory Of Metrology
関連論文
- Fluctuations in Amplification of Quanta with Application to Maser Amplifiers
- Operation of a Double-Discharge TEA CO_2 Laser without Helium
- Beam-Type Masers for Radiofrequency Spectroscopy
- Magnetic Hyperfine Spectrum of H_2CO by a Maser
- Measurements of Focused Beam Intensity by a Double-Beam Maser
- Stark Effect of Vibration-Rotation Lines of Formaldehyde Observed by a 3.5μm Laser
- Isotope Shift of Neon in the 3.39μm Maser Transition
- High Resolution Spectroscopy of Formaldehyde by a Tunable Infrared Maser
- Microwave Spectrum of Formaldehyde : I. K-type Doubling Spectra
- Microwave Zeeman Effect of Formaldehyde
- l-type Doubling Spectra of HCN and DCN
- Microwave Spectra of Formaldehyde -d_1 -d_2
- Wavelength Measurement of an H_2CO-Stabilized He-Xe Laser at 3.51μm
- Frequency Stabilization of the 3.39-μm Laser on a CH_4 Line
- Spectral Profiles of Cs-D Lines
- Absorption of Rb-D Limes by Rb Filter Cell
- Spectral Profiles of Rb-D Lines
- Improvements in Methane-Stabilized Lasers
- Preparation and Corrosion Behavior of Bulk Mg_Ni_Si_ Amorphous Alloy by Mechanical Alloying and Pulsed Current Sintering
- Observation of Stimulated Raman Emission and Stimulated Rayleigh-Wing Scattering from Self-Trapped Filaments of a Laser Beam
- Magnetic Hyperfine Structure of the J=3, K=2 Line of N^H_3
- Rotational Transitions of CH_4 in the υ_3=1 Excited State Observed by an Infrared-Microwave Double Resonance Method
- Stark Effect of the Absorption Line of Methane Observed by the 3.391μm He-Ne Maser
- Magnetic Hyperfine Structure of the 3,2 Line of Ammonia
- Frequency Chain to 3.39 μm CH_4-Stabilized He-Ne Laser Using Josephson Point Contact as Harmonic Mixer
- l-Type Doubling Spectra of HCN and DCN in the SHF Region
- Microwave Spectra of Formaldehyde and Methylamine in the SHF Region
- Measurements of Frequency Shifts in the 3.39 μm Ne Transition with the Aid of CH_4 Lamb Dip
- Frequency Locking of 543 nm He-Ne Laser on Iodine Spectrum
- Liquid SeOCl_2:Nd^ Laser of High Quality
- Fluorescence Spectrum of Tb^ in the POCl_3-SnCl_4 Liquid
- Dependence of Laser Output on Air Pressure in a Cavity
- Performance of Methane-Stabilized Lasers with the Method of Saturated Absorption
- Frequency Fluctuation Analysis of CH_4 Stabilized He-Ne Lasers
- Initial Transients in Multimode He-Ne Lasers
- Frequency Stabilization of a PbSnTe Laser on a Methane Line in the ν_4 Band
- Unmodulated-Type Frequency Stabilization of a PbSnTe Diode Laser
- Non-Transverse Electromagnetic Waves with Parallel Electric and Magnetic Fields
- Cylindrical Mode of Oscillation in a Ruby Optical Maser
- Theoretical Considerations of the Three-Level Maser Detector for the Far-Infrared
- Tunable Infrared Maser Spectrometers
- Nonlinear Level Crossing in the Standing-Wave Field
- The Pressure Dependence of Absorption Coefficient in Organic Gases at 3.3913 μm and 3.5070 μm.
- Gain, Frequency Shift, and Angular Distribution of Stimulated Raman Radiations under Multimode Excitation
- Self-Modulation and Picosecond-Pulse Generation by Stimulated Raman Scattering
- The Three-Level Gas Maser as a Microwave Spectrometer
- A Ruby Laser with External Mirrors of Large Spacing
- Waveforms of the Pulse-Excited 647.1 nm Kr II Laser
- Stark Spectroscopy Using a CW Dye Laser and Its Application to NO_2
- Optical Third Harmonic Generation by Molecular Vibration
- Radiofrequency Spectroscopy Using Three-Level Maser Action
- Magnetic Perturbation of an Ammonia Maser on the 3, 2 Line
- Three-Level Maser Detector for Ultramicrowaves
- Hyperfine Interactions in the v_3=1 Exited State of Methane
- Ammonia Maser on the 3, 2 Line as a Frequency Standard I
- Hyperfine Spectrum of Xenon in the 3.5-μm Maser Transition
- Receiving Tubes with Very Small Grid Current
- Fifth-, Seventh- and Ninth-Order Calculations of the Lamb Dip in Lasers and Saturated Absorption
- Angular Distribution of Stimulated Raman Radiation
- Atomic Clocks and Frequency Standards on an Ammonia Line. III
- A Zeeman Modulation Microwave Spectrograph of High Sensitivity.
- The Hyperfine Structure of Sodium by a Microwave Absorption Method.
- Inversion Spectrum of Ammonia
- Atomic Clocks and Frequency Standard on an Ammonia Line. I.
- Self-Absorption of Spectral Line
- 0ptical Collision Diameters of H_2CO and CH_4 Measured by the Infrared Maser Spectrograph
- Lifetimes and Cross-Sections of Laser Levels of Xenon Measured by Hanle Effect
- A Symmetrical Six-arms Waveguide Circuit for Microwave Bridge.
- Precise Frequency of the 3,3 Inversion Line of Ammonia
- Ultimate Stability of Methane-Stabilized Lasers
- Higher Order Calculation of the Lamb Dip in the Output of an Optical Maser
- Characteristics of the Beam Type Maser. II
- Light Modulation Experiment of Xe Atoms with Laser Light.II. Experimental Results
- Light Modulation Experiment of Xe Atoms with Laser Light.I. Theoretical Analysis
- Zero-Field Level-Crossing Effects in a Cascade Process Induced by Highly Saturated Xenon Laser Field
- Microwave Spectrum of Methylamine
- Mode Conversion Losses in a TE_ Type Cavity Resonator with Tilted End-plate
- Exact Solutions in the Semi-Classical Theory of a Gas Laser for Two Special Cases
- "Non-Adiabatic" Behavior in a Low Frequency Beam-Type Maser
- Exact Solutions of Field Vectors of Diffraction-Free Electromagnetic Waves
- Frequency Shifts in Methane-Stabilized Lasers
- Dependence of Magnetic Coupling Constant of Ammonia on the Inversion State
- Characteristics of an Ammonia Beam Maser
- Atomic Clocks and Frequency Standards on an Ammonia Line. II
- Profile Measurements of Methane Saturated Absorption Using a Methane-Stabilized Laser Spectrometer
- New Lines of the Inversion Spectrum of Ammonia
- Microwave Spectrum of Methylamine (I)
- Microwave Spectrum of Methylamine (II)
- Precise Measurement of Saturated Absorption Spectral Width of Methane : Atoms and Molecules