Iindlela zokuchonga i-Atmospheric
Eyona ndlela iphambili yokufumanisa i-thamosmosfic zezi: I-microwave radar yendlela yokuvakalisa indlela, indlela yokuhamba ngenqwelomoya okanye i-rocket okanye i-rocket ye-rocket, evakalayo, i-balloon evakalayo, i-lidar ekudeni. I-microwave radar ayinakufumanisa amasuntswana amancinci ngenxa yokuba ii-microwaves ezithunyelwe kwimozulu yimilimitha okanye amaza amathandathu, anokunxibelelana ngamasuntswana amancinci, ngakumbi iimolekyuli ezininzi.
Iindlela zokwenza iindlela ze-rocker kunye ne-rocket zendlela zinexabiso elikhulu kwaye azinakubonwa ixesha elide. Nangona iindleko zeebhaluni ezivakalayo ziphantsi, zichatshazelwa kakhulu yisantya somoya. Ukuqonda kude kuse kunokufumana imeko yehlabathi kwinqanaba elikhulu kusetyenziswa i-radar yebhodi, kodwa isisombululo sendawo siphantsi kakhulu. I-lidar isetyenziselwa ukufumana iparamitha ye-thaserokia ngokukhupha i-laser ye-laser ukuya emoyeni kwaye isebenzise isebenzisana (ukusasaza kunye nokuthathwa kwemolekyuli) phakathi kweMolestossic okanye i-aerosols kunye ne-laser.
Ngenxa yokuveliswa okuqinileyo, i-wavelength emfutshane (iMiron Wave) kunye nobubanzi be-pullse ye-pull, kunye nemvakalelo ephezulu yefoto (i-Photon ye-Photon kunye ne-Photon kunye ne-Photon kunye ne-Photosial Sciection yeParameter Parameter. Ngenxa yokuchaneka kwayo okuphakamileyo, isisombululo esiphezulu sendawo kunye neyexeshana kunye nokubekwa kweliso okuqhubekayo, i-lidar ikhula ngokukhawuleza ekufumaneni i-aerosols, amafu, ubushushu bomoya, isantya somoya kunye nesantya somoya kunye nesantya somoya.
Iindidi ze-lidar zibonisiwe kule theyibhile ilandelayo:
Iindlela zokuchonga i-Atmospheric
Eyona ndlela iphambili yokufumanisa i-thamosmosfic zezi: I-microwave radar yendlela yokuvakalisa indlela, indlela yokuhamba ngenqwelomoya okanye i-rocket okanye i-rocket ye-rocket, evakalayo, i-balloon evakalayo, i-lidar ekudeni. I-microwave radar ayinakufumanisa amasuntswana amancinci ngenxa yokuba ii-microwaves ezithunyelwe kwimozulu yimilimitha okanye amaza amathandathu, anokunxibelelana ngamasuntswana amancinci, ngakumbi iimolekyuli ezininzi.
Iindlela zokwenza iindlela ze-rocker kunye ne-rocket zendlela zinexabiso elikhulu kwaye azinakubonwa ixesha elide. Nangona iindleko zeebhaluni ezivakalayo ziphantsi, zichatshazelwa kakhulu yisantya somoya. Ukuqonda kude kuse kunokufumana imeko yehlabathi kwinqanaba elikhulu kusetyenziswa i-radar yebhodi, kodwa isisombululo sendawo siphantsi kakhulu. I-lidar isetyenziselwa ukufumana iparamitha ye-thaserokia ngokukhupha i-laser ye-laser ukuya emoyeni kwaye isebenzise isebenzisana (ukusasaza kunye nokuthathwa kwemolekyuli) phakathi kweMolestossic okanye i-aerosols kunye ne-laser.
Ngenxa yokuveliswa okuqinileyo, i-wavelength emfutshane (iMiron Wave) kunye nobubanzi be-pullse ye-pull, kunye nemvakalelo ephezulu yefoto (i-Photon ye-Photon kunye ne-Photon kunye ne-Photon kunye ne-Photosial Sciection yeParameter Parameter. Ngenxa yokuchaneka kwayo okuphakamileyo, isisombululo esiphezulu sendawo kunye neyexeshana kunye nokubekwa kweliso okuqhubekayo, i-lidar ikhula ngokukhawuleza ekufumaneni i-aerosols, amafu, ubushushu bomoya, isantya somoya kunye nesantya somoya kunye nesantya somoya.
Umzobo we-Schematic womgaqo we-radirmer yelifu
Ukungqinelana nefu: Ilifu libhabha emoyeni; Ukukhanya okuphekiweyo: i-gollimed maam ye-waveength ekhethekileyo; I-Echo: Umqondiso owayisiweyo uveliswa emva kokuba ukhuphelo lwembonakalo; Isiseko se-Pric: umphezulu wenkqubo ye-telescope; Ukufunyanwa kwenqaku: Isixhobo sefoto elisetyenziselwa ukufumana umqondiso obuthathaka e-Echo.
Inkqubo-sikhokelo yokusebenza ye-radicar yelifu
I-Lumispot Tech yeTekhnoloji yeTekhnoloji yoBugcisa yeLifu I-Lidar
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Ixesha lokuposa: ngo-Meyi-09-2023