Inhaerentes principi vestro "qualitatis, auxilii, agendi et incrementi", iam fiducias et laudes ex domesticis et internationalibus emptoribus consecuti sumus ZnGeP2 Nonlinear Crystal Zinc Germanium Phosphide-DIEN TECH, Principium nostrae ordinationis esset quale GENERALE eripere supellex, officium specialist, et sincera communicatio.Excipere omnibus amicis proximis ut iudicium emptionis ponere ad longum tempus res parvas romance faciendos.
Inhaerentes principi vestro "qualitatis, auxilii, operis et incrementi", nunc fiducias et laudes ex domesticis et internationalibus institutis adepti sumus.Zinc Germanium Phosphide et Zngep2 Crystal Nonlinear, Explicatio nostrarum societatis non solum cautione qualitatis, rationabili pretio ac servitio perfecto indiget, sed etiam fiduciae et auxilio nostrae emptoris nititur!In posterum perseveremus, cum maxime idoneo et excellentissimo servitutis obsequio quod maxime competitive pretium offerimus, Una cum clientibus nostris, et vincere-vincere consequi!Grata inquisitione et consule!
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 crystalli 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 materia typica sunt THz eminus ab 40.0 µm ad 1000 µm, a 1um sentinata.
• Generatio frequentiorum coniunctorum CO2- et radiorum CO lasersorum et aliorum laserorum in regione diaphaneitatis crystalli laborant.
Consuetudo orientationes nostraeZGP crystallissunt praesto ad petitionem.
Zinc germanium phosphide (ZGP) habet proprietates excellentes sicut medium infrascriptum nonlinear
crystallus opticus cum coefficiente nonlineari 75pm/V.ZnGeP2 crystallis maxime apta ad altas mediocris potentias applicationes in systematis OPO OPA intra mediam regionem et longe infrarubram.Magna coefficiens crystallorum ZGP nonlinea, est circiter CLX temporum KDP, unum efficit ex notissimis crystallis nonlinearibus efficientis.
Basic Properties | |
Chemical | ZnGeP2 |
Crystal Symmetria et Classis | Tetragonum, -42m |
Parameters cancellos | a = 5.467 Å |
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 |
DE0059-3 | YS-ZGP | 6*6*25mm | θ=50.5°;φ=0° | AR/AR@2.1um+2.5-2.9um+8-8.5um | inmensus | 1 |
DE0074-1 | YS-ZGP | 6*6*30mm | θ=54.5°;φ=0° | AR/AR@2.1um+3-5um | inmensus | 1 |
DE0077-1 | YS-ZGP | 6*6*20mm | θ=54.7°;φ=0° | Utrimque expolitum | inmensus | 1 |
DE0077-0 | YS-ZGP | 6*6*20mm | θ=54.7°;φ=0° | AR/AR@2090um(R<0.25%)&3-5um(R<1%. | inmensus | 2 |
DE0077-3 | YS-ZGP | 6*6*20mm | θ=50.4°;φ=0 | Utrimque expolitum | inmensus | 1 |
DE0077-4 | YS-ZGP | 6*6*20mm | θ=48.4°;φ=0° | Utrimque expolitum | inmensus | 1 |
DE0089 | YS-ZGP | 6*6*1.5mm | θ=47.8°;φ=0° | AR/AR@2.5um&5um | inmensus | 1 |
DE0059-8 | YS-ZGP | 6*6*25mm | θ=57.5°;φ=0° | AR/AR@2.1um+3-5um | inmensus | 1 |
DE0127 | YS-ZGP | 6*8*15mm | θ=54°;φ=0° | AR/AR@2090um(R<0.25%)&3-5um(R<1%. | inmensus | 1 |
DE0128 | YS-ZGP | 12*12*15mm | θ=54.7°;φ=0° | Utrimque expolitum | inmensus | 1 |
DE0129 | YS-ZGP | 6*8*20mm | θ=54°;φ=0° | AR/AR@2090um(R<0.25%)&3-5um(R<1%. | inmensus | 1 |
DE0259 | YS-ZGP | 5*5*0.25mm | θ=51°;φ=0° | AR/AR@2.1+2.7+8.0μm | Φ25.4mm | 1 |
DE0260 | YS-ZGP | 5*5*1mm | θ=51°;φ=0° | AR/AR@2.1+2.7+8.0μm | Φ25.4mm | 2 |
DE0468-2 | YS-ZGP | 15*15*0.5mm | θ=48.6°;φ=0° | AR/AR@1.8-3.5um+5~11um | inmensus | 2 |
DE0468-3 | YS-ZGP | 15*15*1mm | θ=48.6°;φ=0° | AR/AR@1.8-3.5um+5~11um | Φ25.4mm | 2 |
DE0494 | YS-ZGP | 8*8*4mm | θ=57.5°;φ=0° | AR/AR@1.7-3um+5-13um | inmensus | 3 |