2.1 Ultrafast solid-state lasers - ETH - the Keller Group
2.1 Ultrafast solid-state lasers - ETH - the Keller Group
2.1 Ultrafast solid-state lasers - ETH - the Keller Group
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44 <strong>2.1</strong>.3 Overview of ultrafast <strong>solid</strong>-<strong>state</strong> <strong>lasers</strong> [Ref. p. 134<br />
Table <strong>2.1</strong>.2 continued.<br />
Laser material ML technique λ0 τp Pav,out frep Remarks Ref.<br />
804 nm 22 fs 950 mW 100 MHz Schott LaK31 prisms, 2 cm<br />
Ti:sapphire crystal thickness<br />
817 nm 17 fs 500 mW 80 MHz Schott LaKL21 prisms, 9 mm<br />
Ti:sapphire crystal thickness<br />
775 nm 12.3 fs fused silica prisms, 4 mm<br />
Ti:sapphire crystal thickness<br />
780 nm 11 fs 500 mW fused silica prisms, 4.5 mm<br />
Ti:sapphire crystal thickness<br />
[92Lem]<br />
[92Hua2]<br />
[93Cur]<br />
[93Asa]<br />
11 fs 300 mW 100 MHz chirped mirrors, no prisms [94Sti]<br />
850 nm 8.5 fs ≈ 1 mW metal mirrors and fused silica<br />
prisms<br />
[94Zho]<br />
800 nm 8.2 fs 100 mW 80 MHz chirped mirrors only [95Sti]<br />
800 nm 7.5 fs 150 mW chirped mirrors, ring cavity [96Xu2]<br />
800 nm 6.5 fs 200 mW 86 MHz fused silica prisms and<br />
double-chirped mirrors, KLM<br />
is self-starting with SESAM<br />
≈ 800 nm 5.8 fs 300 mW 85 MHz fused silica prisms and<br />
double-chirped mirrors, KLM<br />
is self-starting with SESAM,<br />
pulse duration measured with<br />
SPIDER [00Mat]<br />
≈ 800 nm ≈ 5 fs 200 mW 90 MHz CaF2 prisms, double-chirped<br />
mirrors, pulse duration measured<br />
with fit to IAC (not<br />
very accurate)<br />
≈ 800 nm ≈ 5 fs 120 mW 65 MHz similar to [99Mor1] but with<br />
double-Z cavity with second<br />
focus in a glass plate for additional<br />
SPM<br />
≈ 800 nm 9.5 fs 180 mW 85 MHz KLM self-starting with novel<br />
broadband fluoride SESAM<br />
[97Jun3]<br />
[99Sut,<br />
00Mat]<br />
[99Mor1,<br />
99Mor2]<br />
[01Ell]<br />
[02Sch2]<br />
(continued)<br />
Landolt-Börnstein<br />
New Series VIII/1B1