Stoichiometric rare earth laser material and laser based thereon

Details Stoichiometric rare earth laser material and laser based thereon Stoichiometric rare earth laser material and laser based thereon

1978-12-14

1980-10-21

Sikes, William L.

Oscillators

Molecular or particle resonant type

H01S 314

Patent

active

042297133

ABSTRACT:
A high gain stoichiometric neodymium laser medium of the general formula K.sub.5 Nd.sub.x M.sub.(1-x) Li.sub.2 F.sub.10 where x takes on a non-zero positive value less than or equal to one, and M is a metal selected from the group consisting of lanthanum, cerium, and gadolinium.
Minilasers employing a laser medium of the general formula K.sub.5 Nd.sub.x M.sub.(1-x) Li.sub.2 F.sub.10 are provided in which the optical pumping is provided by at least one light emitting diode or laser diode.

REFERENCES:
"Miniature Neodymium Lasers as Optical Transmitters: Requirements Relating to Material Selection, Laser Properties and LED Pumping", by Krhler et al., Springer-Verlag 1978, pp. 291-297.
"Nd Min. Lasers Based on Stoichiometric Rare Earth Compounds", Lempicki et al.

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