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

Ref. p. 134] 2.1 Ultrafast solid-state lasers 57
Table 2.1.2 continued.
Laser material ML technique λ0 τp Pav,out frep Remarks Ref.
Nd:fluorophosphate soliton-SESAM 1.065 μm 60 fs 84 mW 114 MHz [97Aus]
Nd:silicate soliton-SESAM 1.064 μm 130 fs 80 mW 180 MHz [95Kop1]
KLM ≈ 1.07 μm 64 fs 30 mW spectral shaping required [01Lu]
Nd: fluorophosphate
and Nd:silicate
soliton-SESAM 1.064 μm 38 fs 40 mW dual gain medium both at
Brewster’s angle
[02Han]
Yb:YAG
Yb 3+ :Y3Al5O12 soliton-SESAM 1.03 μm 540 fs 100 mW 81 MHz first passively mode-locked
Yb:YAG laser
[95Hoe]
340 fs 170 mW [99Hoe2]
2.2 ps 8.1 W 63 MHz [99Aus]
730 fs 16.2 W 35 MHz first passively mode-locked
thin-disk laser, 0.47 μJ pulse
energy
3.3–89 ps
0.83–1.57 ps
[00Aus]
12 W 28 MHz tunable pulse duration [01Bru]
810 fs 60 W 34.3 MHz thin-disk laser, 1.75 μJ pulse
energy, 1.9 MW peak power
705 fs 80 W 57 MHz thin-disk laser, 1.4 μJ pulse
energy
796 fs 63 W 12.3 MHz thin-disk laser, 5.1 μJ pulse
energy, 5.6 MW peak power
791 fs 45 W 4 MHz thin-disk laser with multipass
cavity [64Her], 11 μJ
pulse energy
≈ 1.05 μm 136 fs 3.1 mW shorter pulses only with extra
spectral filtering
[03Inn]
[04Bru]
[06Mar]
[07Mar]
[05Uem]
CCM-APM 1.03 μm 1.9 ps (4.7 ps) 2.5 W (2.7 W) 115 MHz [03Maj]
(continued)
Landolt-Börnstein
New Series VIII/1B1