-transparent.png){kind=logo}
A simple and inexpensive frequency stabilization system of a helium-neon two-mode laser with an internal mirror plasma tube is described. The stabilization depends on the comparison of the light intensities of the two operating longitudinal modes. The corresponding frequencies of the modes are symmetrized about the emission line of neon at the transition 3s(2)-2p(4). Experimental results are given. The relative uncertainty of the frequency stabilization is less than 1 part in 10(7).
| UI | MeSH Term | Description | Entries |
|---|
Related Publications
R Balhorn, and
H Kunzmann, and
F Lebowsky
March 1983,
Applied optics,
R Balhorn, and
H Kunzmann, and
F Lebowsky
May 1989,
Applied optics,
R Balhorn, and
H Kunzmann, and
F Lebowsky
September 1990,
Applied optics,
R Balhorn, and
H Kunzmann, and
F Lebowsky
July 1973,
Applied optics,
R Balhorn, and
H Kunzmann, and
F Lebowsky
September 2012,
Applied optics,
R Balhorn, and
H Kunzmann, and
F Lebowsky
July 1986,
Applied optics,
R Balhorn, and
H Kunzmann, and
F Lebowsky
September 1994,
Applied optics,
R Balhorn, and
H Kunzmann, and
F Lebowsky
December 1975,
Applied optics,
R Balhorn, and
H Kunzmann, and
F Lebowsky
April 1982,
Applied optics,
R Balhorn, and
H Kunzmann, and
F Lebowsky
September 1991,
Medical & biological engineering & computing,
