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ZGP(ZnGeP2) Crystals Featured Image
  • Kristal ZGP(ZnGeP2).
  • Kristal ZGP(ZnGeP2).
  • Kristal ZGP(ZnGeP2).

Kristal ZGP(ZnGeP2).

Kristal ZGP nduweni koefisien nonlinier gedhe (d36=75pm/V), rentang transparansi inframerah sing amba (0.75-12μm), konduktivitas termal dhuwur (0.35W/(cm·K)), ambang karusakan laser dhuwur (2-5J/cm2) lan Properti mesin sumur, kristal ZnGeP2 diarani raja kristal optik nonlinear inframerah lan isih dadi bahan konversi frekuensi sing paling apik kanggo generasi laser inframerah sing tunable.Kita bisa nawakake kualitas optik dhuwur lan kristal ZGP diameter gedhe kanthi koefisien panyerepan sing sithik banget α <0.05 cm-1 (ing dawa gelombang pompa 2.0-2.1 µm), sing bisa digunakake kanggo ngasilake laser tunable inframerah tengah kanthi efisiensi dhuwur liwat OPO utawa OPA pangolahan.


  • Kimia:ZnGeP2
  • Kapadhetan:4,162 g/cm3
  • Kekerasan Mohs:5.5
  • Kelas Optik:Uniaxial positif
  • Rentang transmisi pangguna:2.0 um - 10.0 um
  • Konduktivitas Thermal @ T= 293 K:35 W/m∙K (⊥c)
    36 W/m∙K (∥ c)
  • Ekspansi Termal @ T = 293 K nganti 573 K:17,5 x 106 K-1 (⊥c)
    15,9 x 106 K-1 ( ∥ c)
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    Detail Produk

    Parameter teknis

    Laporan tes

    Video

    Dhaptar saham

    Zinc Germanium Phosphide(ZGP)kristal sing nduweni koefisien nonlinier gedhe (d36=75pm/V).kitaZGPnduweni kisaran transparan inframerah sing amba (0.75-12μm), transmisi migunani saka 1.7um.ZGPuga nuduhake konduktivitas termal dhuwur (0.35W / (cm · K)), ambang karusakan laser dhuwur (2-5J / cm2) lan properti mesin uga.

    ZnGeP2 (ZGP) kristal diarani raja kristal optik nonlinear inframerah lan isih dadi bahan konversi frekuensi sing paling apik kanggo generasi laser infra merah sing bisa tunable.DIEN TECH nawakake kualitas optik dhuwur lan diameteripun gedheZGPkristal kanthi koefisien panyerepan sing sithik banget α < 0,03 cm-1 (ing dawa gelombang pompa 2,0-2,1 µm).Properti kasebut mbisakake kristal ZGP digunakake kanggo ngasilake laser tunable inframerah tengah kanthi efisiensi dhuwur liwat proses OPO utawa OPA.

    DIEN TECH nyedhiyakake rong jinis kristal ZnGeP2, C-ZGP lan YS-ZGP.YS-ZGP nuduhake panyerepan luwih murah ing 2090nm saka C-ZGP.Koefisien panyerepan C-ZGP ing 2090nm <0.05cm-1 dene koefisien panyerepan YS-ZGP ing 2090nm <0.02cm-1.C-ZGP tansaya dening meathod vertikal nalika YS-ZGP tansaya dening meathod horisontal.Uga, YS-ZGP nuduhake homogeneitas luwih apik lan efficiency output uga.

    Aplikasi sakaZGP:

    • Generasi harmonik kaping pindho, katelu, lan kaping papat saka CO2-laser.

    • Generasi parametrik optik kanthi pompa ing dawa gelombang 2,0 µm.

    • generasi harmonik kapindho CO-laser.

    • YS-ZGP minangka bahan khas kanggo sawetara THz saka 40,0 µm nganti 1000 µm, dipompa kanthi 1um.

    • Generasi frekuensi gabungan saka CO2- lan CO-laser radiation lan laser liyane digunakake ing wilayah transparan kristal.

     

    Orientasi khusus saka kitakristal ZGPkasedhiya ing panyuwunan.

    Sifat dhasar
    Kimia ZnGeP2
    Simetri Kristal lan Kelas Tetragonal, -42m
    Parameter kisi a = 5,467 Å
    c = 12,736 Å
    Kapadhetan 4,162 g/cm3
    Kekerasan Mohs 5.5
    Kelas Optik Uniaxial positif
    Pangguna Transmisi Range 2.0 um - 10.0 um
    Konduktivitas Thermal @ T= 293 K 35 W/m∙K (⊥c) 36 W/m∙K (∥ c)
    Ekspansi Termal @ T = 293 K nganti 573 K 17,5 x 106 K-1 (⊥c) 15,9 x 106 K-1 (∥ c)
    Parameter teknis
    Flatness lumahing PV<ʎ/8@632.8nm
    SD kualitas lumahing 20-10
    Kesalahan wedge / Paralelisme <30 detik
    Perpendicularity <5 arc min
    Rentang transparansi 0.75 – 12.0
    Koefisien non-linear d36= 68,9 (ing 10,6 um),d36= 75,0 (ing 9,6 um)

    atsdf

    Model produk Ukuran Orientasi lumahing Gunung Jumlah
    DE0128 YS-ZGP 12*12*15mm θ=54,7°φ=0° AR/AR@2090nm+3~5μm Unmounted 1
    DE0468 YS-ZGP 15*15*1.5mm θ=48,6°φ=0° AR/AR@2-3.3μm（Rave<2%)+7-12μm(Rave<5%) φ25,4 mm 1
    DE0468-3 YS-ZGP 15*15*1mm θ=48,6°φ=0° AR/AR@1.8-3.5um+5~11um φ25,4 mm 1
    DE0468-1 YS-ZGP 15*15*2.5mm θ=48,6°φ=0° AR/AR@2-3.3μm（Rave<2%)+7-12μm(Rave<5%) Unmounted 1
    DE0259 YS-ZGP 5*5*0.25mm θ=51°φ=0° AR/AR@2.1+2.7+8.0μm φ25,4 mm 1
    DE0469-2 YS-ZGP 5*6*1mm θ=48,2°φ=0° AR/AR@1.8-3.5um+5~11um φ25,4 mm 1
    DE0089 YS-ZGP Ukuran 6*6*1.5 mm θ=47,8°φ=0° AR/AR@2.5um&5um Unmounted 1
    DE1269-1 YS-ZGP 6*6*15mm θ=54,7°φ=0° AR/AR@2.1um+3-5um Unmounted 1
    DE0077-3 YS-ZGP 6*6*20 mm θ=50,4°φ=0° AR/AR@2090nm(R<0.25%)&3-5um(R<1%) Unmounted 1
    DE1163 YS-ZGP 6*6*20 mm θ=57,5°φ=0° AR/AR@2090nm(R<0.25%)&3-5um(R<1%) Unmounted 1
    DE1165 YS-ZGP 6*6*20 mm θ=59°φ=0° Loro-lorone polesan Unmounted 1
    DE0038-2 YS-ZGP 6*6*24mm θ=54,7°φ=0° Loro-lorone polesan Unmounted 1
    DE0059-3 YS-ZGP 6*6*25mm θ=50,5°φ=0° AR/AR@2090nm(R<0.25%)&3-5um(R<1%) Unmounted 1
    DE0059-8 YS-ZGP 6*6*25mm θ=57,5°φ=0° AR/AR@2.1um+3-5um Unmounted 1
    DE0725 YS-ZGP 6*6*25mm θ=54,7°φ=0° Loro-lorone polesan Unmounted 1
    DE0364 YS-ZGP 6*6*40mm θ=54,7°φ=0° Loro-lorone polesan Unmounted 1
    DE1162 YS-ZGP 6*6*5mm θ=48°φ=0° AR/AR@2-3um+5-9um Unmounted 1
    DE0127 YS-ZGP 6*8*15mm θ=54°φ=0° AR/AR@2090nm(R<0.25%)&3-5um(R<1%) Unmounted 1
    DE0431-1 YS-ZGP 8*8*20mm θ=54,7°φ=0° AR/AR@2090nm(R<0.25%)&3-5um(R<1%) Unmounted 1
    DE0468-2 YS-ZGP 15*15*0.5mm θ=48,6°φ=0° AR/AR@1.8-3.5um+5~11um Unmounted 2
    DE0260 YS-ZGP 5*5*1mm θ=51°φ=0° AR/AR@2.1+2.7+8.0μm φ25,4 mm 2
    DE0077-0 YS-ZGP 6*6*20 mm θ=54,7°φ=0° AR/AR@2090nm(R<0.25%)&3-5um(R<1%) Unmounted 2
    DE0077-8 YS-ZGP 6*6*20 mm θ=54,7°φ=0° AR/AR@2.1um+3-5um Unmounted 2
    DE1005 YS-ZGP 6*6*20 mm θ=56,8°φ=0° Loro-lorone polesan Unmounted 2
    DE0725-1 YS-ZGP 6*6*25mm θ=54,7°φ=0° AR/AR@2090nm(R<0.25%)&3-5um(R<1%) Unmounted 2
    DE0074-6 YS-ZGP 6 * 6 * 30 mm θ=54,7°φ=0° AR/AR@2090nm+3~5μm Unmounted 2
    DE0074-1 YS-ZGP 6 * 6 * 30 mm θ=54,5°φ=0° AR/AR@2.1um+3-5um Unmounted 3
    DE0494-1 YS-ZGP 8*8*4mm θ=57,5°φ=0° AR/AR@1.7-3um+5-13um Unmounted 3
    DE0129 YS-ZGP 6 * 8 * 20 mm θ=54°φ=0° AR/AR@2090nm(R<0.25%)&3-5um(R<1%) Unmounted 5
    DE0494 YS-ZGP 8*8*4mm θ=57,5°φ=0° Loro-lorone polesan Unmounted 5

     

     

     

     

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