• GaP

    GaP

    Gallium phosphide (GaP) crystal shine kayan aikin gani na infrared tare da taurin farfajiya mai kyau, babban ƙarfin yanayin zafi da watsa watsawa.

  • ZnTe Crystal

    ZnTe Crystal

    Zinc Telluride shine sinadarin sinadarai na binary tare da dabara ZnTe.

  • Cr2+: ZnSe

    Cr2+: ZnSe

    Cr²+: ZnSe saturable absorbers (SA) kayan aiki ne masu kyau don Q-switches mai wucewa na fiber-ido mai lafiya da lasers-state masu aiki a cikin kewayon baƙar fata na 1.5-2.1 μm.

  • ZnGeP2 Crystals

    ZnGeP2 lu'ulu'u

    Lu'ulu'u na ZGP da ke da manyan ma'adinan da ba a layi ba (d36 = 75pm/V), madaidaicin madaidaicin haske na infrared (0.75-12μm), haɓakaccen yanayin zafi (0.35W/(cm · K)), babban matakin lalacewar laser (2-5J/cm2) da kayan masarufi masu kyau, an kira crystal ZnGeP2 sarkin kristal na gani na infrared kuma har yanzu shine mafi kyawun kayan juyawa don babban iko, tsararren laser infrared. Za mu iya ba da babban inganci mai inganci da manyan lu'ulu'u na ZGP tare da ƙarancin ƙarancin ƙira α <0.05 cm-1 (a raƙuman ruwa mai lamba 2.0-2.1 µm), wanda za a iya amfani da shi don samar da Laser mai daidaiton infrared tare da babban inganci ta hanyar OPO ko OPA matakai.

  • AgGaS2 Crystals

    AgGaS2 lu'ulu'u

    AGS m daga 0.50 zuwa 13.2 µm. Kodayake daidaiton saiti mara daidaituwa shine mafi ƙanƙanta a tsakanin lu'ulu'u infrared da aka ambata, ana yin amfani da madaidaicin madaidaicin madaidaicin madaidaicin editan a 550 nm ana amfani da shi a cikin OPOs da Nd: YAG laser ke fitarwa; a cikin bambance bambancen mitar gwaje -gwajen da yawa tare da diode, Ti: Sapphire, Nd: YAG da lasers fenti na IR wanda ke rufe kewayon 3-12 µm; a cikin ma'aunin ma'aunin infrared kai tsaye, kuma don SHG na laser CO2. Farin AgGaS2 (AGS) faranti na lu'ulu'u sanannu ne ga ultrashort pulse pulse a tsakiyar IR kewayon ta hanyar mitar bambancin amfani da NIR wavelength pulses.

  • AgGaSe2 Crystals

    AgGaSe2 lu'ulu'u

    AGSe Lu'ulu'u na AgGaSe2 suna da gefen band a 0.73 da 18 µm. Matsakaicin watsawa mai amfani (0.9 - 16 µm) da fa'idar daidaituwa na lokaci mai faɗi yana ba da kyakkyawan damar aikace -aikacen OPO lokacin da ake amfani da lasers daban -daban. An samu kunna cikin 2.5–12 µm lokacin da ake yin famfo ta Ho: YLF laser a 2.05 µm; kazalika da aiki mai mahimmanci (NCPM) aiki a tsakanin 1.9-5.5 µm lokacin yin famfo a 1.4-1.55 µm. An nuna AgGaSe2 (AgGaSe2) ya zama madaidaicin madaidaicin madaidaicin crystal don infrared CO2 lasers radiation.

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