Mode-locking and mode-competition by saturable absorbers in a ruby-laser

Schmackpfeffer, A.; Weber, H.

doi:10.1016/0375-9601(67)90759-1

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Passive Q-switching and S T S1

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1971

1995

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Cited by 11 publications

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“…(i) There is a certain influencc on the mode structure; only those modes have low loss which "fit" into the thermal grating established by the dominant mode. The influence on the resulting mode pattern has been investigated in detail [42].…”

Section: Passive Q-switching and S T Smentioning

confidence: 99%

Stimulated thermal scattering of light

Batra

Enns

Pohl

1971

Physica Status Solidi (b)

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c) Stimulated Thermal Scattering of Light BY I. P. BATRA (a), R. H. ENNS (b), and D. POHL (c) Contents I . Zntroductioii 2. Theory 2.1 Basic description of the scattering problem 2.2 Solution of equations 2.3 Steady state theory 2.4 Transient theory 2.5 Eleetrocaloric effect 2.6 Picosecond pulses 3. Experiment 3.1 General considerations 3.2 Generator experiments 3.3 Amplifier experiments 3.4 STS of short pulses 4. Rliscellaneotcs experiments involving S T S and relnted effects 4.1 The transitory hologram 4.2 Amplitude or phase grating ? 4.3 Passive &-switching and STS 4.4 Stimulated concentration scattering (SCS) Conclusion rlppendia:References [8]. The latter referred to this scattering as stimulated thermal scattering (STS). Jn the Russian literature, it is referred to as STS-TT t o distinguish i t from STS-T.

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Section: Passive Q-switching and S T Smentioning

confidence: 99%