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

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50 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. soliton-SESAM 1.541 μm 110 fs 70 mW Nd:YVO4 laser pumped [96Col] 1.5 μm 114 fs 94 mW 185 MHz Nd:YVO4 laser pumped [97Spa] semiconductor-doped glass 1.52 μm 200 fs 82 mW 0.9, 1.8, 2.7 GHz Nd:YVO4 laser pumped, 0.9 GHz fundamental, then double and triple harmonics [97Col] 1.52 μm 75fs 280mW 1GHz Nd:YVO4 laser pumped [98Mel] 1.46 μm 400 fs 230 mW 152 MHz Nd:YAG laser pumped, single prism for dispersion comp. [98Cha] 1.52 μm 44fs 65mW Nd:YVO4 laser pumped [99Zha] 1.5 μm 36 fs 300 mW oxidized GaAs/AlAs SESAM [02Rip2] 1.528 μm 120 fs 95 mW 205 MHz Yb:fiber laser pumped [03Lag2] ≈ 1.5 μm 57 fs 200 mW Yb:fiber laser pumped [03Nau] 1.510 nm 10 ps 35 mW 235 MHz PbS-doped glass as sat. abs. [04Lag2] Cr 2+ :ZnSe active AOM 2.5 μm 4.4 ps 82 mW 81 MHz [00Car] soliton-SESAM 2.4 μm 83 fs 80 mW 180 MHz 10 optical cycles [07Sor] Nd:YAG Nd 3+ :Y3Al5O12 active AOM 1.064 μm 25 ps lamp-pumped: pulse shortening due to intracavity etalon [86Ros] active FM 1.064 μm 12 ps 65 mW 350 MHz [89Mak1] active EOM 1.32 μm 8 ps 240 mW 1GHz [91Zho] active AOM 1.32 μm 53 ps 1.5 W 200 MHz lamp-pumped and harmonic mode-locked [88Kel] (continued) Landolt-Börnstein New Series VIII/1B1
Ref. p. 134] 2.1 Ultrafast solid-state lasers 51 Table 2.1.2 continued. Laser material ML technique λ0 τp Pav,out frep Remarks Ref. CCM-APM 1.064 μm 1.7 ps 25 mW 136 MHz [90Goo] 2 ps 110 mW 125 MHz [91McC] 6 ps 2.4 W 100 MHz lamp-pumped [90Liu1] 1.32 μm 10 ps 700 mW 100 MHz lamp-pumped [90Liu1] KLM 1.064 μm 8.5 ps 1 W 100 MHz [92Liu] lamp-pumped, severe instabilities [95Chu1] 6.7 ps 675 mW 106 MHz Ti:sapphire laser pumped [97Hen] 4.5 ps 800 mW 101.5 MHz [00Lar] SESAM 1.064 μm 8.7 ps 100 mW 100 MHz [93Wei] 6.8 ps 400 mW 217 MHz [94Kel] 16 ps 10.7 W 88 MHz [99Spu3] 19 ps 27 W 55 MHz multiple laser heads [00Spu] 8.3 ps 1.59 W 130 MHz ceramic Nd:YAG [05Guo] polarization switching in nonlinear crystal 1.064 μm 23 ps 4 W 150 MHz lamp-pumped, KTP crystal [99Kub] Nd:YLF Nd 3+ :LiYF4 active AOM 1.053 μm 37 ps 6.5 W 100 MHz lamp-pumped [87Bad] 18 ps 12 mW 230 MHz [89Mak2] 1.047 μm 9 ps 150 mW 500 MHz [90Kel1] 7 ps 135 mW 2 GHz [90Wei] 6.2 ps 20 mW 1 GHz Ti:sapphire laser pumped [90Wal] active EOM 1.053 μm 13 ps 350 mW 5.4 GHz Ti:sapphire laser pumped [91Sch2] 4 ps 400 mW 237.5 MHz [92Wei] 4.5 ps 400 mW 2.85 GHz [92Wei] 1.3 μm 8 ps 240 mW 1 GHz [91Zho] (continued) Landolt-Börnstein New Series VIII/1B1
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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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