Nawa nau'in kyamarar zafi a halin yanzu?
Dangane da amfani daban-daban,kyamarar thermalza a iya raba nau'i biyu: Hoto da auna yanayin zafi: Ana amfani da masu daukar hoto na thermal musamman don bin diddigin manufa da sa ido, kuma galibi ana amfani da su don tsaron ƙasa, soja, da sa ido kan filin.Thermal Hoto kyamaroridon auna zafin jiki an fi amfani dashi don gano yanayin zafin jiki, kuma ana amfani dashi a cikin tsinkayar kiyaye kayan aikin masana'antu da binciken kimiyya da haɓaka samfura a jami'o'i da cibiyoyin bincike;
Dangane da hanyar firiji, ana iya raba shi zuwa nau'in sanyaya da nau'in da ba a sanyaya ba; Dangane da tsayin raƙuman raƙuman ruwa, ana iya raba shi zuwa nau'in igiya mai tsayi, igiyar tsakiya da nau'in gajere; bisa ga hanyar amfani, ana iya raba shi zuwa nau'in hannu, nau'in tebur, nau'in kan layi, da sauransu.
1) Hoton zafi mai tsayin igiyar hannu
Wato tsayin igiyoyin infrared a cikin kewayon 7-12 microns, wannan nau'in shine mafi shaharar daya a halin yanzu saboda fasalulluka na ƙarancin ɗaukar yanayi.
Tun dagathermal imageryana aiki a cikin tsayin tsayin igiyar ruwa kuma hasken rana ba ya tsoma baki, ya dace musamman don gano kayan aiki a kan wurin a lokacin rana, irin su tashoshi, grid mai ƙarfi da sauran gwajin kayan aiki.
(DP-22 thermal kamara)
2) Tsakanin kyamarori masu zafi na tsaka-tsaki suna gano tsawon raƙuman infrared a cikin 2-5 microns, kuma suna ba da ƙuduri mafi girma tare da ingantaccen karatu. Hotunan ba su cika dalla-dalla ba kamar waɗanda kyamarori masu zafi masu tsayin tsayin raƙuman ruwa ke samarwa, saboda ƙarin adadin shaye-shaye a cikin wannan kewayon.
3) Hoton zafi na gajeriyar hannu
Tsawon igiyoyin infrared a cikin kewayon 0.9-1.7 microns
3) Akan layi na saka idanu thermal imager
An fi amfani dashi don saka idanu akan layi a cikin samar da masana'antu.
(SR-19 mai gano thermal)
4) Bincikeinfrared kamara
Tun da ƙayyadaddun irin wannan nau'in kyamarori na infrared suna da tsayi, an fi amfani da shi don bincike da haɓaka samfurori, yawancin su ana amfani da su a jami'o'i, cibiyoyi da dai sauransu.
Lokacin aikawa: Nuwamba-30-2022