MODELY | substrate | Type | Savaivony (mm) | Haavo (mm) | coating | Vidin'ny singa | ||
---|---|---|---|---|---|---|---|---|
MISY+KELY KOKOA- | Ampahany CH9015A00000 | silisiôma | Lens Aspheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | CH9015B00000 | silisiôma | Lens Aspheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | Ampahany CH9016A00000 | Zinc Selenide | Lens Aspheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | CH9016B00000 | Zinc Selenide | Lens Aspheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | CH9017A00000 | Zinc sulfide | Lens Aspheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | CH9017B00000 | Zinc sulfide | Lens Aspheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | CH9018A00000 | Chalcogenides | Lens Aspheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | CH9018A00000 | Chalcogenides | Lens Aspheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | CH9010A00000 | silisiôma | Lens Spheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | CH9010B00000 | silisiôma | Lens Spheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | Ampahany CH9011A00000 | Zinc Selenide | Lens Spheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | Ampahany CH9011B00000 | Zinc Selenide | Lens Spheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | Ampahany CH9012A00000 | Zinc sulfide | Lens Spheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | Ampahany CH9012B00000 | Zinc sulfide | Lens Spheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | Ampahany CH9013A00000 | Chalcogenides | Lens Spheric infrarouge | 12∽450mm | Mangataka Quote | | ||
MISY+KELY KOKOA- | CH9013B00000 | Chalcogenides | Lens Spheric infrarouge | 12∽450mm | Mangataka Quote | |
Ny optika infraroda dia sampana optika izay miresaka momba ny fandalinana sy fanodinkodinana ny hazavana infrarouge (IR), izay taratra elektrômagnetika manana halava lava kokoa noho ny hazavana hita maso. Ny spektrum infraroda dia mirefy 700 nanometers eo ho eo ka hatramin'ny 1 milimetatra, ary mizara ho faritra maromaro: akaiky-infrared (NIR), short-wave infrared (SWIR), mid-wave infrared (MWIR), long-wave infrared (LWIR). ), ary lavitra infraroda (FIR).
Ny optika infraroda dia manana fampiharana maro amin'ny sehatra isan-karazany, ao anatin'izany:
Ny optique infrarouge dia ahitana ny famolavolana, ny fanamboarana ary ny fampiasana singa sy rafitra optique izay afaka manodinkodina ny hazavana infrarouge. Ireo singa ireo dia ahitana lens, fitaratra, sivana, prisma, beamsplitters, ary detectors, izay natao ho an'ny onjam-pandrefesana manokana mahaliana. Ny fitaovana mety amin'ny optika infrarouge matetika dia tsy mitovy amin'ireo ampiasaina amin'ny optika hita maso, satria tsy ny fitaovana rehetra no mangarahara amin'ny hazavana infrarouge. Ny fitaovana mahazatra dia ny germanium, ny silisiôma, ny zinc selenide, ary ny solomaso fampitana infraroda isan-karazany.
Raha fintinina, ny optique infrarouge dia sehatra multidisciplinary misy fampiharana azo ampiharina isan-karazany, manomboka amin'ny fanatsarana ny fahafahantsika mahita ao anaty haizina ka hatramin'ny famakafakana ireo rafitra molekiola sarotra sy ny fandrosoana fikarohana siantifika.