Contributors |
Preface |
Volumes in Series |
Thermal Beam Sources / Norman F. Ramsey1.: |
Introduction / 1.1.: |
Theoretical Principles / 1.2.: |
Sources / 1.3.: |
References |
Supersonic Beam Sources / Michael D. Morse2.: |
Effusive Beams / 2.1.: |
Supersonic Expansion from Circular Nozzles (Axisymmetric Jets) / 2.3.: |
Clustering / 2.4.: |
Supersonic Expansions from Slit Nozzles (Plane Jets) / 2.5.: |
Implementation and Applications / 2.6.: |
Fast Beam Sources / A. Chutjian ; O. J. Orient3.: |
Types of Sources / 3.1.: |
Vapor Cells and Heat Pipes / C. R. Vidal4.: |
Thermal Vapor Cells / 4.1.: |
The Closed Heat Pipe / 4.3.: |
The Open-Ended Heat Pipe Oven / 4.4.: |
The Concentric Heat Pipe Oven / 4.5.: |
Crossed Concentric Heat Pipe Oven / 4.6.: |
Modified Concentric Heat Pipe Oven for Mixtures of Different Vapors / 4.7.: |
General Technical Considerations for the Heat Pipe Oven / 4.8.: |
Free Radical Sources / K. M. Evenson ; J. M. Brown5.: |
Electrical Discharges / 5.1.: |
Photolysis / 5.2.: |
Chemical Formation / 5.3.: |
Laser Ablation / 5.4.: |
Thermal Generation / 5.5.: |
Supersonic Expansion / 5.6.: |
Sources of Metastable Atoms and Molecules / Timothy J. Gay6.: |
Electron-Beam Bombardment Sources / 6.1.: |
Discharge Sources / 6.3.: |
Charge-Transfer Sources / 6.4.: |
Optical-Pumping Sources / 6.5.: |
Thermal Sources / 6.6.: |
Beam Modification and Analysis / 6.7.: |
Production of Rydberg Atoms / T. F. Gallagher7.: |
Overview of the Methods / 7.1.: |
Electron Impact Excitation / 7.3.: |
Charge Exchange / 7.4.: |
Optical Excitation / 7.5.: |
Collisional-Optical Excitation / 7.6.: |
Laser Cooling and Trapping of Neutral Atoms / Curtis C. Bradley ; Randall G. Hulet8.: |
Laser Cooling / 8.1.: |
Atom Beam Cooling / 8.3.: |
Trapping / 8.4.: |
Evaporative Cooling / 8.5.: |
Optical State-Preparation of Atoms / Jabez J. McClelland9.: |
Basic Concepts / 9.1.: |
Calculations of the Optical Pumping Process / 9.3.: |
Calculations and Experimental Reality / 9.4.: |
Diagnosis of an Optically Pumped Beam / 9.5.: |
Specific Atoms / 9.6.: |
Methods and Applications of Resonance Ionization Spectroscopy / G. Samuel Hurst ; James E. Parks10.: |
RIS Schemes and Laser Sources / 10.1.: |
Atom Counting / 10.3.: |
SIRIS and LARIS / 10.4.: |
Thermal Atomization Methods / 10.5.: |
On-Line Accelerator Applications / 10.6: |
Detection of Metastable Atoms and Molecules / H. Hotop11.: |
Methods for the Detection of Metastable Species / 11.1.: |
Absolute Detection of Metastable Atoms / 11.3.: |
Excited Level Lifetime Measurements / J. E. Lawler ; T. R. O'Brian12.: |
Measurement of Radiative Lifetimes / 12.1.: |
Time-Resolved Laser Induced Fluorescence Lifetime Measurements / 12.3.: |
Beam Foil Lifetime Measurements / 12.4.: |
Fast Beam Laser Experiments for Lifetime Measurements / 12.5.: |
Measurement of Long Lifetimes in Trapped Ions / 12.6.: |
Branching Fraction Measurements / 12.7.: |
Precision Measurement of Absorption Oscillator Strengths / 12.8.: |
Doppler-Free Spectroscopy / James C. Bergquist13.: |
Spectral Line-Broadening Mechanisms / 13.1.: |
Spectral Line-Narrowing Techniques / 13.3.: |
Saturated Absorption with Ramsay Interference Fringes / 13.4.: |
Two-Photon Spectroscopy / 13.5.: |
Trapped Particle Spectroscopy at the Dicke Limit / 13.6.: |
Microwave Spectroscopy / R. D. Suenram ; Anne M. Andrews14.: |
Microwave Spectroscopy with Conventional Spectrometers / 14.1.: |
Molecular Beam Electric Resonance Opto-thermal Spectrometers / 14.3.: |
Fourier Transform Microwave Spectroscopy / 14.4.: |
Slit-Jet Microwave Spectrometers / 14.5.: |
Fast Beam Spectroscopy / Linda Young15.: |
Background / 15.1.: |
Studies of Atoms / 15.3.: |
Studies of Molecules / 15.4.: |
Metrology / 15.5.: |
Summary and Outlook / 15.6.: |
Quantum-Beat, Level-Crossing, and Anticrossing Spectroscopy / 16.: |
Quantum Beats / 16.1.: |
Hanle Effect and Level-Crossing Spectroscopy / 16.3.: |
Anticrossing Spectroscopy / 16.4.: |
Atom Interferometry / Olivier H. Carnal ; Jurgen Mlynek17.: |
Beam Splitters for Atoms: A Short Review / 17.1.: |
Realizations of Atom Interferometers / 17.4.: |
Proposals for Atom Interferometers / 17.5.: |
Classical Spectroscopy / J. Bland-Hawthorn ; G. Cecil17.6: |
Basic Principles / 18.1.: |
Prisms / 18.3.: |
Diffraction Gratings / 18.4.: |
Multiple-Beam Interferometers / 18.5.: |
Two-Beam Interferometers / 18.6.: |
Pulsed Laser Raman Spectroscopy of Dynamic Systems / Carter Kittrell19.: |
Raman Scattering / 19.1.: |
Product Formation and in Situ Monitoring / 19.3.: |
Excited States and Transient Species / 19.4.: |
Laser Raman Spectrometer Systems / 19.5.: |
Spectrometers / 19.6.: |
Conclusion / 19.7.: |
Index |