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

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56 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. 16 ps 120 mW 146 MHz output coupling (OC) SESAM, more OC-SESAM [01Spu1] and [96Sha] [05Zha1] 4.4 ps ≈ 60 mW 2.5-2.7 GHz [05Agn] NL mirror ML 1.064 μm 38 ps 2.65 W 121 MHz [05Lin1] Nd:GdYVO4 SESAM 1.064 μm 3.8 ps 3.9 W 112 MHz [04He] 2.6 ps 2.15 W 96.4 MHz [05Wan] Nd:glass Nd:phosphate active-AOM 1.054 μm 7 ps 20 mW Ar-ion laser pumped [86Yan] 1.054 μm ≈ 10 ps 30 mW [88Bas] 1.054 μm 9 ps 30 mW 240 MHz [92Hug] 1.063 μm 310 fs 70 mW 240 MHz Ti:sapphire laser pumped, regeneratively actively mode-locked [94Kop2] Nd:phosphate active-FM 1.054 μm 9 ps 14 mW 235 MHz [91Hug] Nd:phosphate CCM-APM 1.054 μm 122 fs 200 mW Kr-ion laser pumped [91Spi] Nd:phosphate soliton-SESAM 1.054 μm 150 fs 110 mW 180 MHz [95Kop1] 1.054 μm 120 fs 30 mW 150 MHz single-prism for dispersion compensation [96Kop1] 1.057 μm 175 fs 1 W 117 MHz [98Aus] 1.054 μm 275 fs 1.4 W 74 MHz [00Pas1] (continued) Landolt-Börnstein New Series VIII/1B1
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
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References for 2.1 137 87Fan 87For
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References for 2.1 139 90Wu Wu, M.C
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References for 2.1 141 92Lem Lemoff
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References for 2.1 143 94Lin2 94Liu
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References for 2.1 145 95Kno Knox,
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References for 2.1 147 96Xu1 96Xu2
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References for 2.1 149 98Gab Gabel,
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References for 2.1 151 99Kub Kubece
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References for 2.1 153 00Car Carrig
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References for 2.1 155 01Hol Holzwa
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References for 2.1 157 02Kra1 02Kra
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References for 2.1 159 03Kor 03Kow
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References for 2.1 161 04Gra Grange
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References for 2.1 163 04Zha2 05Agn
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References for 2.1 165 05Sch2 Schla
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References for 2.1 167 07Li 07Maa 0
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2.1 Ultrafast solid-state lasers - ETH - the Keller Group

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