Hababka indho-indheynta ee falanqaynta ayaa muhiim u ah bulshada casriga ah sababtoo ah waxay u oggolaanayaan si degdeg ah oo ammaan ah aqoonsiga walxaha ku jira adkaha, dareeraha ama gaaska.Hababkani waxay ku tiirsan yihiin iftiinka si kala duwan ula falgala walxahan qaybaha kala duwan ee spectrum.Tusaale ahaan, spectrum ultraviolet ayaa si toos ah u gelaya isbeddelka elektiroonigga ah ee gudaha walaxda, halka terahertz uu aad ugu nugul yahay gariirada molecular.
Sawir farshaxan ah oo ah garaaca garaaca wadnaha dhexe-infrared ee gadaasha beerta korantada ee dhalisa garaaca wadnaha
Tiknoolajiyada badan ee la sameeyay sanadihii la soo dhaafay ayaa u suurtageliyay hyperspectroscopy iyo sawir-qaadista, taas oo u oggolaanaysa saynisyahannadu inay u eegaan dhacdooyinka sida habdhaqanka molecules marka ay isku laabmaan, wareegaan ama gariiraan si ay u fahmaan calaamadaha kansarka, gaaska aqalka dhirta lagu koriyo, wasakhaha, iyo xitaa walxaha waxyeellada leh.Tignoolajiyadan xasaasiga ah waxay cadeeyeen inay faa'iido u leeyihiin meelaha ay ka midka yihiin ogaanshaha cuntada, dareenka biochemical, iyo xitaa hidaha dhaqanka, waxaana loo isticmaali karaa in lagu barto qaab dhismeedka waxyaabaha qadiimiga ah, rinjiyeynta, ama agab farshaxan.
Caqabadda muddada dheer jirtay waxay ahayd la'aanta ilo iftiin yar oo awood u leh inay daboosho baaxad weyn oo iftiin leh iyo iftiin ku filan.Synchrotrons waxay bixin karaan dabool muuqaal ah, laakiin waxay ka maqan yihiin isku-xirnaanta ku-meel-gaarka ah ee laysarka, ilaha iftiinka noocan oo kale ah waxaa loo isticmaali karaa oo kaliya xarumaha isticmaalaha ballaaran.
Daraasad dhowaan lagu daabacay Nature Photonics, koox caalami ah oo cilmi-baarayaal ah oo ka socda Machadka Isbaanishka ee Sayniska Sawirada, Machadka Max Planck ee Sayniska indhaha, Jaamacadda Kuban State University, iyo Max Born Institute for Nonlinear Optics iyo Ultrafast Spectroscopy, iyo kuwo kale, warbixinta Ilaha darawalka infrared-dhexe ee is haysta, dhalaalaya sare.Waxay isku daraysaa fibre photonic crystal fibre ah oo ka-hortagga resonant-ka-hortagga ah iyo crystal novel ah oo aan toos ahayn.Qalabku wuxuu keenaa spectrum isku xiran oo ka bilaabma 340 nm ilaa 40,000 nm oo leh dhalaal muuqaal ah laba ilaa shan amar oo ka sarreeya mid ka mid ah qalabka synchrotron ee ugu dhalaalaya.
Daraasadaha mustaqbalka waxay isticmaali doonaan muddada garaaca wadnaha ee hooseeya ee isha iftiinka si ay u sameeyaan falanqaynta wakhtiga-waqtiga ee walxaha iyo walxaha, furitaanka wadooyin cusub oo loogu talagalay hababka cabbiraadda qaababka kala duwan ee meelaha sida spectroscopy molecular, chemistry physical chemistry ama fiisigiska adag ee gobolka, cilmi-baarayaashu waxay yiraahdeen.
Waqtiga boostada: Oct-16-2023