The bibliography covers the years 1968-1978. A total of over 3,000 references were found for this period using Science Abstracts A and B and studying the major journals, the Proceedings of the Frequency Control Symposium, sponsored by the US Army Electronic Research and Development Command. This bibliography, together with the index to the Proceedings of the Frequency Control Symposium, published in the Proceedings of 1976, should furnish a complete survey of the literature in this field. The attribute "Precision" in the title of this bibliography is restricting the contents to papers on those devices whose Q-value and frequency stability far exceed that of an ordinary LC circuit. Consequently, the reader will not find papers on ceramic resonators and ceramic filters listed in this bibliography. Material on polycrystalline and similar devices will only be included if it has some bearing on the behavior of high Q devices, for instance on the theory of vibration of anisotropic bodies. On the other hand, superconductive LC devices with their high Q are included in this bibliography. The main application of bulk wave monocrystalline devices lies in the area of frequency control and selection, whereas surface wave devices are being used in man~~ther fields. Therefore, papers on the fundamental properties of bulk wave devices are included to a fuller extent. As far as surface wave monocrystalline devices are concerned, only such papers are included which treat those aspects of their material and resonator properties which are considered pertinent for the application to precision control and selection. In the area of microwave frequency and time standards, obviously only references on gaseous masers are included. On the other hand, an excessive number of references may be found in the area of laser frequency standards. It is thought that, in this new and proving field, valuable information may be found in papers on gas lasers that are not directly concerned with frequency standards.

A molecular beam reference for laser frequency stabilization

Precision Frequency Control and Selection: A Bibliography

Laser Frequency Stabilization Using a Primary Frequency Reference

Argon ion laser passing through iodine molecular beam inducing resonance fluorescence usable for oscillation frequency stabilization of laser

Laser-Induced Fluorescence in a Molecular Beam of Iodine

The design, construction, and performance of a laser frequency control system using two optical discriminators to achieve both long and short term frequency stability are described. The design philosophy emphasizes the active rather than the passive approach to stabilization; consequently, the system should be applicable to situations where intrinsic stability is difficult to achieve by mechanical or thermal techniques alone.

A molecular beam reference for laser frequency stabilization

Citations

Precision Frequency Control and Selection: A Bibliography

Laser Frequency Stabilization Using a Primary Frequency Reference

References

Laser-Induced Fluorescence in a Molecular Beam of Iodine

Control System for Frequency Stabilizing a 6328 Å Gas Laser

Related Papers (5)

Laser Frequency Stabilization Techniques and Applications

Frequency stabilization of a gas laser

Glide Avalanche Characteristics of Laser Texture with Various Topography Parameters

Angular distribution and frequency shift of stimulated Raman radiation

Precision laser spectroscopy