AGS (AgGaS2) crystals

AGS yog pob tshab los ntawm 0.50 mus rau 13.2 µm.Txawm hais tias nws cov nonlinear optical coefficient yog qhov qis tshaj ntawm cov hais txog infrared muaju, siab luv wavelength transparency edging ntawm 550 nm yog siv los ntawm OPOs pumped los ntawm Nd: YAG laser;nyob rau hauv ntau qhov sib txawv zaus sib xyaw nrog diode, Ti: Sapphire, Nd: YAG thiab IR dye lasers npog 3-12 µm ntau yam;nyob rau hauv ncaj qha infrared countermeasure systems, thiab rau SHG ntawm CO2 laser.Nyias AgGaS2 (AGS) siv lead ua daim hlau yog nrov rau ultrashort mem tes tiam nyob rau hauv nruab nrab IR ntau yam los ntawm qhov sib txawv zaus tiam siv NIR wavelength pulses.

Lattice Parameters:a = 5.757, c = 10.311 Å

Melting Point:997°C kub

Ceev:4.702 g / cm3

Mohs Hardness:3-3.5

Absorption Coefficient:0.6 cm-1 @ 10.6 µm

Tus txheeb ze Dielectric Constant @ 25:11s=10 11t=14

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Product Detail

Technical Parameters

Test Report

Daim ntawv teev npe

Daim ntawv thov:

• Tiam thib ob harmonics ntawm CO thiab CO2 - lasers
• Optical parametric oscilator
• Lub tshuab hluav taws xob sib txawv mus rau thaj chaw nruab nrab infrared mus txog 12μm.
• Kev sib xyaw zaus hauv nruab nrab IR cheeb tsam ntawm 4.0 txog 18.3 µm
• Tuneable khoom lub xeev lasers (OPO pumped los ntawm Nd:YAG thiab lwm yam lasers ua hauj lwm nyob rau hauv 1200 mus 10000 nm cheeb tsam nrog efficiency 0.1 mus rau 10 %)
• Optical nqaim-band lim nyob rau hauv cheeb tsam ze isotropic point (0.4974 m ntawm 300 °K), kis band raug kho ntawm qhov kub thiab txias
• Up-conversion ntawm CO2 laser radiation duab mus rau ze-IR los yog pom cheeb tsam los ntawm kev siv/los yog siv Nd:YAG, ruby los yog dye lasers nrog efficiency txog li 30%

Basic Properties
Lattice parameters	a = 5.757, c = 10.311 Å
Tsis-linear coefficient ntawm 10.6 um	d36 = 12.5 pm/V
Optical puas pib ntawm 10.6 um, 150 ns	10-20 MW/cm2
parallel rau c-axis	12.5 x 10-6 x °C-1
perpendicular rau c-axis	-13.2 x 10-6 x °C-1
Crystal Structure	Tetragonal
Cell Parameters	a = 5.756 Å, c = 10.301 Å
Melting Point	997°C kub
Qhov ntom	4.702 g / cm3
Mohs Hardness	3-3.5
Absorption Coefficient	0.6 cm-1 @ 10.6 µm
Tus txheeb ze Dielectric tsis tu ncua @ 25 MHz	11s=10 11t=14
Thermal Expansion Coefficient	\|\|C: -13.2 x 10-6 /oC⊥C: +12.5 x 10-6 /oC
Thermal conductivity	1.5 W / M / ° C

Technical Parameters
Wavefront distortion	tsawg dua λ/6 @ 633 nm
Dimension kam rau ua	(W +/- 0.1 mm) x (H +/- 0.1 mm) x (L + 0.2 mm/- 0.1 mm)
Clear aperture	> 90% Central cheeb tsam
Flatness	λ/6 @ 633 nm rau T> = 1.0mm
Nto Zoo	Scratch/dig 20/10 per MIL-O-13830A
Parallelism	zoo tshaj 1 arc min
Perpendicularity	5 arc nqi
Lub kaum sab xis	Δθ < +/- 0.25o, Δφ < +/- 0.25o

Qauv	Khoom	Loj	Kev taw qhia	Nto	Mount	Ntau
TIAB SA 0742-1	AGS	5 * 5 * 0.4 hli	θ = 39 ° φ = 45 °	AR/AR@1.1-2.6μm+2.6-12μm	Unmounted	6
TIAB SA 0053	AGS	5 * 5 * 0.5 hli	θ = 41.3 ° φ = 0 °	AR/AR@1.1-2.6μm+2.6-12μm	Unmounted	1
TIAB SA 0741	AGS	5 * 5 * 1mm	θ = 39 ° φ = 45 °	Ob sab polished	Unmounted	1
TIAB SA 0743	AGS	6 * 6 * 2mm	θ = 54.9 ° φ = 45 °	Ob sab polished	Unmounted	1
TIAB SA 0891-1	AGS	6 * 6 * 2mm	θ = 50 ° φ = 0 °	Ob sab polished	Unmounted	3
TIAB SA 0149	AGS	8 * 8 * 0.38 hli	θ = 41.6 ° φ = 45 °	AR/AR@1.1-2.6μm+2.6-12μm	Unmounted	1
TIAB SA 0367	AGS	8 * 8 * 0.4 hli	θ = 39 ° φ = 45 °	AR/AR@1.1-2.6μm+2.6-12μm	φ25.4 hli	1
TIAB SA 0367-0	AGS	8 * 8 * 0.4 hli	θ = 39 ° φ = 45 °	AR/AR@1.1-2.6μm+2.6-12μm	Unmounted	8
TIAB SA 0367-1	AGS	8 * 8 * 0.4 hli	θ = 37 ° φ = 45 °	AR/AR@1.1-2.6μm+2.6-12μm	Unmounted	8
TIAB SA 0367-2	AGS	8 * 8 * 0.4 hli	θ = 37 ° φ = 45 °	AR/AR@1.1-2.6μm+2.6-12μm	φ25.4 hli	1
TIAB SA 0367-3	AGS	8 * 8 * 0.4 hli	θ = 39 ° φ = 45 °	AR/AR@1.1-2.6μm+2.6-12μm	φ25.4 hli	1
TIAB SA 0119	AGS	8 * 8 * 1mm	θ = 39 ° φ = 45 °	AR/AR@1.1-2.6μm+2.6-12μm	φ25.4 hli	3
DE0119-0	AGS	8 * 8 * 1mm	θ = 39 ° φ = 45 °	AR/AR@1.1-2.6μm+2.6-12μm	φ15.4 hli	3
DE0119-1	AGS	8 * 8 * 1mm	θ = 37 ° φ = 45 °	AR/AR@1.1-2.6μm+2.6-12μm	Unmounted	7
DE0119-3	AGS	8 * 8 * 1mm	θ = 39 ° φ = 45 °	AR/AR@1.1-2.6μm+2.6-12μm	Unmounted	5
TIAB SA 0671	AGS	8 * 8 * 1mm	θ = 39 ° φ = 45 °	Ob sab polished	Unmounted	1
TIAB SA 0957	AGS	φ3 * 0.4 hli	θ = 39 ° φ = 45 °	AR/AR@1.1-2.6μm+2.6-12μm	φ25.4 hli	1