Modail | Fo-strat | Seòrsa | Trast-thomhas(mm) | Tighead(mm) | Còmhdach | Prìs an Aonaid | ||
---|---|---|---|---|---|---|---|---|
TUILLEADH+LEIS- | CH9015A00000 | sileacain | Lionsa aspheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9015B00000 | sileacain | Lionsa aspheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9016A00000 | Sinc Selenide | Lionsa aspheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9016B00000 | Sinc Selenide | Lionsa aspheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9017A00000 | Sinc sulfide | Lionsa aspheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9017B00000 | Sinc sulfide | Lionsa aspheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9018A00000 | Chalcogenides | Lionsa aspheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9018A00000 | Chalcogenides | Lionsa aspheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9010A00000 | sileacain | Lionsa spheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9010B00000 | sileacain | Lionsa spheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9011A00000 | Sinc Selenide | Lionsa spheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9011B00000 | Sinc Selenide | Lionsa spheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9012A00000 | Sinc sulfide | Lionsa spheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9012B00000 | Sinc sulfide | Lionsa spheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9013A00000 | Chalcogenides | Lionsa spheric fo-dhearg | 12∽450mm | Iarr Quote | | ||
TUILLEADH+LEIS- | CH9013B00000 | Chalcogenides | Lionsa spheric fo-dhearg | 12∽450mm | Iarr Quote | |
Tha optics infridhearg na mheur de optics a bhios a’ dèiligeadh ri sgrùdadh agus làimhseachadh solas fo-dhearg (IR), a tha na rèididheachd electromagnetic le tonnan nas fhaide na solas faicsinneach. Tha an speactram infridhearg a’ dol thairis air tonnan bho timcheall air 700 nanometers gu 1 millimeters, agus tha e air a roinn ann an grunn fo-roinnean: faisg air fo-dhearg (NIR), infridhearg tonn goirid (SWIR), infridhearg tonn-tonn (MWIR), infridhearg tonn-fada (LWIR). ), agus fada-infridhearg (FIR).
Tha grunn thagraidhean aig optics infridhearg thar diofar raointean, nam measg:
Tha optics infridhearg a’ toirt a-steach dealbhadh, dèanamh, agus cleachdadh phàirtean optigeach agus siostaman as urrainn solas infridhearg a làimhseachadh. Tha na co-phàirtean sin a’ toirt a-steach lionsan, sgàthan, sìoltachain, priosan, beamsplitters, agus lorgairean, uile air an ùrachadh airson na tonnan infridhearg sònraichte a tha inntinneach. Bidh stuthan a tha freagarrach airson optics infridhearg gu tric eadar-dhealaichte bhon fheadhainn a thathas a’ cleachdadh ann an optics faicsinneach, leis nach eil a h-uile stuth follaiseach do sholas infridhearg. Tha stuthan cumanta a’ toirt a-steach germanium, silicon, selenide sinc, agus diofar ghlainneachan tar-chuir infridhearg.
Ann an geàrr-chunntas, tha optics infridhearg na raon ioma-chuspaireil le raon farsaing de thagraidhean practaigeach, bho bhith ag adhartachadh ar comas faicinn anns an dorchadas gu bhith a’ sgrùdadh structaran moileciuil iom-fhillte agus a’ toirt air adhart rannsachadh saidheansail.