ZGP(ZnGeP2) Crystal

ZGP crystallis amplas coefficientes nonlineares possidentes (d36=75pm/V), diaphanum late ultrarubrum (0.75-12μm), conductivity altae scelerisque (0.35W/(cm·K)), altae lassitudinis damnum limen (2-5J/cm2) atque bene machining proprietas, ZnGeP2 crystallus dictus est rex crystallorum opticorum nonlinearum ultrarubrum et adhuc optima frequentia conversionis materiae altae potentiae, generationis laser tunable infrarubrum.Offerre possumus qualitatem altam opticam et diametrum ZGP cristallum valde humilem effusio coefficientis α <0.05 cm-1 (in sentinam aequalitatum 2.0-2.1 µm), quae adhiberi possunt ad medium tunabile laser-infractum generare cum efficacia alta per OPO vel OPA. processibus.

Chemical:ZnGeP2

Densitas:4.162 g/cm3

Mohs duritia:5.5

Classis optica:Positivum uniaxial

Userful Transmissio dolor:2.0 um - 10.0 um

Scelerisque Conductivity @ T= 293 K:35 W/m∙K (⊥c)
36 W/m∙K (∥ c)

Scelerisque Expansion @ T = 293 K ad 573 K:17.5 x 106 K-1 (⊥c)
15.9 x 106 K-1 (∥ c)

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Zinc Germanium Phosphide(ZGP)crystalla magna coefficientia nonlinearia possidentes (d36=75pm/V).nostrumZGPdisseminatio ultrarubrum (0.75-12μm), utilis transmissio e 1.7um.ZGPaltas etiam scelerisque conductivity (0.35W/(cm·K)), altam limina laseris damna (2-5J/cm2) et bene machinationem proprietatis ostendit.

ZnGeP2 (ZGP) crystallus vocatus est rex crystallorum opticorum nonlinearum ultrarubrum et adhuc frequentia optima est materia conversionis magnae potentiae, tunable generationis laseris ultrarubri.DIEN TECH offerunt qualitatem opticam altam et diametrum magnamZGPcristallus cum valde humilis effusio coefficiens α <0.03 cm-1 (cum sentinis aequalitatibus 2.0-2.1 µm).Hae proprietates dat cristallum ZGP adhibendum ad generandum medium laser tunabile fracto cum magna efficacia per processum OPO vel OPA.

Dien Tech bina genera crystallorum ZnGeP2 praebet, C-ZGP et YS-ZGP.YS-ZGP inferiorem effusionem in 2090nm ostendit quam C-ZGP.C-ZGP absoprtio coefficiens ad 2090nm <0.05cm-1 dum YS-ZGP absoprtio coefficiens ad 2090nm <0.02cm-1 .C-ZGP crescebat per methodum verticalem dum YS-ZGP crescebat per methodum horizontalem.Item, YS-ZGP melius ostendit homogeneitatem et output efficientiam pariter.

Applications of *ZGP:

• Secunda, tertia et quarta generatio harmonica CO2-laser.

• Parametrica optica generatio cum flare ad necem 2.0 µm.

• Secunda generatio harmonica CO-laseris.

• YS-ZGP materiae propriae sunt THz eminus ab 40.0 µm ad 1000 µm, exantlabantur 1um.

• Generatio frequentiorum coniunctorum CO2- et radiorum CO lasersorum et aliorum laserorum in regione diaphaneitatis crystalli laborant.

Consuetudo orientationes nostraeZGP crystallissunt praesto ad petitionem.

Basic Properties
Chemical	ZnGeP2
Crystal Symmetria et Classis	Tetragonum, -42m
Parameters cancellos	a = 5.467 Å
Parameters cancellos	c = 12.736 Å
Densitas	4.162 g/cm3
Mohs duritia	5.5
Optical Classis	Positivum uniaxial
Userful Transmissio dolor	2.0 um – 10.0 um
Scelerisque Conductivity @ T= 293 K	35 W/m∙K (⊥c) 36 W/m∙K (∥ c)
Scelerisque Expansion @ T = 293 K ad 573 K	17.5 x 106 K-1 (⊥c) 15.9 x 106 K-1 (∥ c)

Technical Parameters
Superficiem idipsum	PV<ʎ/8@632.8nm
Superficies qualis SD	20-10
Cuneum / Parallelismus error	<30 arcus sec
Perpendicularitas	5 arcus min
Perspicuus range	0.75 – 12.0
Non-linearibus coefficientibus	d₃₆= 68.9 (ad 10.6 um), d₃₆= 75.0 (ad 9.6 um);

Model	Productum	Magnitudo	propensio	Superficies	Mons	quantitas
DE0128	YS-ZGP	121215mm	θ=54.7°φ=0°	AR/AR@2090nm+3~5μm	inmensus	1
DE0468	YS-ZGP	15151.5mm	θ=48.6°φ=0°	AR/AR@2-3.3μm（Rave<2%)+7-12μm(Rave<5%)	φ25.4mm	1
DE0468-3	YS-ZGP	15151mm	θ=48.6°φ=0°	AR/AR@1.8-3.5um+5~11um	φ25.4mm	1
DE0468-1	YS-ZGP	15152.5mm	θ=48.6°φ=0°	AR/AR@2-3.3μm（Rave<2%)+7-12μm(Rave<5%)	inmensus	1
DE0259	YS-ZGP	550.25mm	θ=51°φ=0°	AR/AR@2.1+2.7+8.0μm	φ25.4mm	1
DE0469-2	YS-ZGP	561mm	θ=48.2°φ=0°	AR/AR@1.8-3.5um+5~11um	φ25.4mm	1
DE0089	YS-ZGP	661.5mm	θ=47.8°φ=0°	AR/AR@2.5um&5um	inmensus	1
DE1269-1	YS-ZGP	6615mm	θ=54.7°φ=0°	AR/AR@2.1um+3-5um	inmensus	1
DE0077-3	YS-ZGP	6620mm	θ=50.4°φ=0°	AR/AR@2090um(R<0.25%)&3-5um(R<1%）	inmensus	1
DE1163	YS-ZGP	6620mm	θ=57.5°φ=0°	AR/AR@2090um(R<0.25%)&3-5um(R<1%）	inmensus	1
DE1165	YS-ZGP	6620mm	θ=59°φ=0°	Utrimque expolitum	inmensus	1
DE0038-2	YS-ZGP	6624mm	θ=54.7°φ=0°	Utrimque expolitum	inmensus	1
DE0059-3	YS-ZGP	6625mm	θ=50.5°φ=0°	AR/AR@2090um(R<0.25%)&3-5um(R<1%）	inmensus	1
DE0059-8	YS-ZGP	6625mm	θ=57.5°φ=0°	AR/AR@2.1um+3-5um	inmensus	1
DE0725	YS-ZGP	6625mm	θ=54.7°φ=0°	Utrimque expolitum	inmensus	1
DE0364	YS-ZGP	6640mm	θ=54.7°φ=0°	Utrimque expolitum	inmensus	1
DE1162	YS-ZGP	665mm	θ=48°φ=0°	AR/AR@2-3um+5-9um	inmensus	1
DE0127	YS-ZGP	6815mm	θ=54°φ=0°	AR/AR@2090um(R<0.25%)&3-5um(R<1%）	inmensus	1
DE0431-1	YS-ZGP	8820mm	θ=54.7°φ=0°	AR/AR@2090um(R<0.25%)&3-5um(R<1%）	inmensus	1
DE0468-2	YS-ZGP	15150.5mm	θ=48.6°φ=0°	AR/AR@1.8-3.5um+5~11um	inmensus	2
DE0260	YS-ZGP	551mm	θ=51°φ=0°	AR/AR@2.1+2.7+8.0μm	φ25.4mm	2
DE0077-0	YS-ZGP	6620mm	θ=54.7°φ=0°	AR/AR@2090um(R<0.25%)&3-5um(R<1%）	inmensus	2
DE0077-8	YS-ZGP	6620mm	θ=54.7°φ=0°	AR/AR@2.1um+3-5um	inmensus	2
DE1005	YS-ZGP	6620mm	θ=56.8°φ=0°	Utrimque expolitum	inmensus	2
DE0725-1	YS-ZGP	6625mm	θ=54.7°φ=0°	AR/AR@2090um(R<0.25%)&3-5um(R<1%）	inmensus	2
DE0074-6	YS-ZGP	6630mm	θ=54.7°φ=0°	AR/AR@2090nm+3~5μm	inmensus	2
DE0074-1	YS-ZGP	6630mm	θ=54.5°φ=0°	AR/AR@2.1um+3-5um	inmensus	3
DE0494-1	YS-ZGP	884mm	θ=57.5°φ=0°	AR/AR@1.7-3um+5-13um	inmensus	3
DE0129	YS-ZGP	6820mm	θ=54°φ=0°	AR/AR@2090um(R<0.25%)&3-5um(R<1%）	inmensus	5
DE0494	YS-ZGP	884mm	θ=57.5°φ=0°	Utrimque expolitum	inmensus	5