Samfura | Substrate | Nau'in | Diamita (mm) | Kauri (mm) | Tufafi | Farashin naúrar | ||
---|---|---|---|---|---|---|---|---|
MORE+KADAN- | Saukewa: CH9015A00000 | Siliki | Infrared Aspheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9015B00000 | Siliki | Infrared Aspheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9016A00000 | Zinc Selenide | Infrared Aspheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9016B00000 | Zinc Selenide | Infrared Aspheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9017A00000 | Zinc sulfide | Infrared Aspheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9017B00000 | Zinc sulfide | Infrared Aspheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9018A00000 | Chalcogenides | Infrared Aspheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9018A00000 | Chalcogenides | Infrared Aspheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9010A00000 | Siliki | Infrared Spheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9010B00000 | Siliki | Infrared Spheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9011A00000 | Zinc Selenide | Infrared Spheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9011B00000 | Zinc Selenide | Infrared Spheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9012A00000 | Zinc sulfide | Infrared Spheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9012B00000 | Zinc sulfide | Infrared Spheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9013A00000 | Chalcogenides | Infrared Spheric Lens | 12∽450mm | Neman Magana | | ||
MORE+KADAN- | Saukewa: CH9013B00000 | Chalcogenides | Infrared Spheric Lens | 12∽450mm | Neman Magana | |
Infrared optics wani reshe ne na na'urorin gani da ke hulɗa da bincike da sarrafa hasken infrared (IR), wanda shine hasken lantarki na lantarki tare da tsawon tsayi fiye da hasken da ake gani. Bakan infrared yana da tsayin tsayi daga kusan nanometer 700 zuwa milimita 1, kuma an raba shi zuwa yankuna da yawa: kusa-infrared (NIR), infrared short-wave (SWIR), tsakiyar-wave infrared (MWIR), infrared mai tsayi (LWIR). ), da kuma far-infrared (FIR).
Infrared optics yana da aikace-aikace masu yawa a fannoni daban-daban, gami da:
Infrared optics ya ƙunshi ƙira, ƙirƙira, da kuma amfani da kayan aikin gani da tsarin da zasu iya sarrafa hasken infrared. Waɗannan ɓangarorin sun haɗa da ruwan tabarau, madubai, masu tacewa, prisms, beamsplitters, da ganowa, duk an inganta su don ƙayyadadden tsayin raƙuman infrared na sha'awa. Abubuwan da suka dace da na'urorin infrared sau da yawa sun bambanta da waɗanda aka yi amfani da su a cikin abubuwan gani na gani, kamar yadda ba duk kayan ba ne masu haske ga hasken infrared. Abubuwan gama gari sun haɗa da germanium, silicon, zinc selenide, da gilashin watsa infrared iri-iri.
A taƙaice, infrared optics filin wasa ne da yawa tare da aikace-aikacen aikace-aikace iri-iri, daga haɓaka ikonmu na gani a cikin duhu zuwa nazarin hadadden tsarin kwayoyin halitta da haɓaka binciken kimiyya.