Page 191 - Handbook of Lasers

fluorozirconate (Yb) 3 P 0 fi 3 H 4 0.491–0.493 RT TiS (0.780–0.880) cw 8, 235
fluorozirconate (Yb) 3 P 0 fi 3 H 4 0.491 RT LD (0.840) cw 235
fluorozirconate (Yb) 3 P 1 fi 3 H 5 0.517–0.540 RT TiS (0.780–0.880) cw 8
fluorozirconate (Yb) 3 P 1 fi 3 H 5 0.521 RT LD (0.883+1.016) cw, upc 10
fluorozirconate (Yb) 3 P 0 fi 3 H 6 0.602 RT laser diode (0.860) cw 19
fluorozirconate (Yb) 3 P 0 fi 3 H 6 0.605–0.622 RT TiS (0.780–0.880) cw 8
fluorozirconate (Yb) 3 P 0 fi 3 F 2 0.635 RT TiS (0.844, 0.849) cw, upc 23
fluorozirconate (Yb) 3 P 0 fi 3 F 2 0.635 RT laser diode (0.860) cw 19
fluorozirconate (Yb) 3 P 0 fi 3 F 2 0.635 RT (0.850) cw, upc 226
fluorozirconate (Yb) 3 P 0 fi 3 F 2 0.635–0.637 RT TiS (0.780–0.880) cw 8
silica 1 D 2 fi 3 F 4 1.080 RT dye laser (0.590) s 201
silica 1 D 2 fi 3 F 3 1.080 RT Ar ion laser (0.488) m 31
silica 1 D 2 fi 3 F 3,4 1.000–1.085 RT dye laser (0.592) m 44
silica (Ge) 3 P 0 fi 1 G 4 0.888 RT dye laser (0.590) s 31

Neodymium (Nd 3+ , 4f 3 ) Lasers
Laser Laser Temp. Pump source
Host glass transition wavelength ( m) (K) [wavelength – m] Mode Reference

Bulk
borate 4 F 3/2 fi 4 I 11/2 1.06 RT Hg arc lamp cw 68
La–Ba–Th borate 4 F 3/2 fi 4 I 13/2 1.37 RT Xe flashlamp p 110
Ba-In-Ga-Zn-fluoride 4 F 3/2 fi 4 I 11/2 1.0479 RT flashlamp p 217
fluoroberyllate 4 F 3/2 fi 4 I 11/2 1.047 RT flashlamp p 49
fluorophosphate 4 F 3/2 fi 4 I 11/2 1.051 RT Xe flashlamp p 54
glass ceramic 4 F 3/2 fi 4 I 11/2 1.06 RT Xe flashlamp p 70, 71

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