2.1 Ultrafast solid-state lasers - ETH - the Keller Group

44 2.1.3 Overview of ultrafast solid-state lasers [Ref. p. 134
Table 2.1.2 continued.
Laser material ML technique λ0 τp Pav,out frep Remarks Ref.
804 nm 22 fs 950 mW 100 MHz Schott LaK31 prisms, 2 cm
Ti:sapphire crystal thickness
817 nm 17 fs 500 mW 80 MHz Schott LaKL21 prisms, 9 mm
Ti:sapphire crystal thickness
775 nm 12.3 fs fused silica prisms, 4 mm
Ti:sapphire crystal thickness
780 nm 11 fs 500 mW fused silica prisms, 4.5 mm
Ti:sapphire crystal thickness
[92Lem]
[92Hua2]
[93Cur]
[93Asa]
11 fs 300 mW 100 MHz chirped mirrors, no prisms [94Sti]
850 nm 8.5 fs ≈ 1 mW metal mirrors and fused silica
prisms
[94Zho]
800 nm 8.2 fs 100 mW 80 MHz chirped mirrors only [95Sti]
800 nm 7.5 fs 150 mW chirped mirrors, ring cavity [96Xu2]
800 nm 6.5 fs 200 mW 86 MHz fused silica prisms and
double-chirped mirrors, KLM
is self-starting with SESAM
≈ 800 nm 5.8 fs 300 mW 85 MHz fused silica prisms and
double-chirped mirrors, KLM
is self-starting with SESAM,
pulse duration measured with
SPIDER [00Mat]
≈ 800 nm ≈ 5 fs 200 mW 90 MHz CaF2 prisms, double-chirped
mirrors, pulse duration measured
with fit to IAC (not
very accurate)
≈ 800 nm ≈ 5 fs 120 mW 65 MHz similar to [99Mor1] but with
double-Z cavity with second
focus in a glass plate for additional
SPM
≈ 800 nm 9.5 fs 180 mW 85 MHz KLM self-starting with novel
broadband fluoride SESAM
[97Jun3]
[99Sut,
00Mat]
[99Mor1,
99Mor2]
[01Ell]
[02Sch2]
(continued)
Landolt-Börnstein
New Series VIII/1B1