Photowar Single Ingeras

Photowar SingleIngeraas daukar hoto

Tare da saurin ci gaban lidar, daGano haskeFasaha da Fasahar Rage ta atomatik don motar fasahar motsa jiki ta atomatik kuma suna da manyan abubuwan fasahar ganowa a cikin fasahar ganowa mara amfani ba zai iya biyan ainihin bukatun. Photo Singon Singon shine mafi ƙarancin makamashi na haske, da kuma ganowar tare da ikon gano Photo guda ɗaya shine kayan aiki na ƙarshe na last Gano. Idan aka kwatanta da IngeraasSafiyo, masu gano hoto-Photomon ne dangane da Ingaas apd PhuldeTector suna da mafi girman martani mai martaba, hankali da inganci. Sabili da haka, jerin masu bincike akan In-Gaas APD PhD Photderecors an kai su a gida da kuma ƙasashen waje.

Masu bincike daga Jami'ar Milan a Itanaal da farko sun fara samfurin abubuwa biyu don canzawa da halin m photonAvalanche PhotonetecorA cikin 1997, kuma ya ba da ƙarin sakamakon saitawa na halaye na canji na hoto guda ɗaya. Sannan a cikin 2006, masu binciken sunyi amfani da mocvd don shirya tsarin luldricKasaas APDGwaucin Photo Single, wanda ya karu da ingantaccen Phototon Singon zuwa 10% ta rage filin mai nunawa da haɓaka filin lantarki a cikin rukunin tarihi. A cikin 2014, ta inganta inganta halaye na zinc da kuma inganta tsarin tsaye, mai gano Photo Single yana da mafi girman lokacin da misalin 87 PS. A shekarar 2016, Sanzaro M et al. Haɗe Ingaas APD Photdetector PhotoDeter PhotoDeter PhotoDeter tare da monolithic Hadakar Modele, da kuma gabatar da wani matasan QueDch, da kuma rage karatacciyar crossalk, kuma rage lokacin da ya kamata zuwa 70 PS. A lokaci guda, sauran kungiyoyin bincike sun za su gudanar da bincike kan Ingdaas apdsafiyomai gano Photoma Single. Misali, Princeton Wayewata ta samar da Ingiraas / inpapd Single Single Single Single Single Single Single Single Single Single Single Single Single Cibiyar Ka'idar Fasaha ta Shanghai ta gwada wasan kwaikwayon Photo na APD na APD ta amfani da cirewar ajiya na 3.6. Joseph P et al. Tsara tsarin Messa Ingeraas apd Photon Photon Photson Single Photson Somedton Sexterment tare da yaduwa a matsayin wanda ya shafi kayan duhu ba tare da shafar ingancin ganowa ba.

Yanayin aiki na Ingeras na Ingera APD PhotDeterector Sondarfin PhotoDetecor Sondarfin Someon Seto PhotodeTerectle PhotodeTe Onkure ne, wato na APD PhpideTector na gefe bayan an dawo da shi bayan quentching na wani lokaci. Don rage tasirin jinkirin lokacin, an raba shi cikin nau'ikan abubuwan lantarki da R thencing da R Hienching ya yi amfani da su, (B) Mai sauƙin hoto wanda REDW yake amfani da shi, (B) Mai sauƙin ci gaba da ɗaukar hoto, wanda aka inganta shi don aiki a cikin gated ko kyauta Yanayin aiki, yana rage matsalar da ba ta dace ba. Haka kuma, Ingancin gano a 1550 nm shine 10%, kuma yiwuwar bugun bugun-bugun jini yana raguwa ga 1%. Na biyu shine sanin Quenching da sauri da murmurewa ta hanyar sarrafa matakin nuna son ƙarfin lantarki. Tunda ba ya dogara da ikon da ke tattare da murhun ruwa, jinkirin lokacin Quenching yana raguwa sosai kuma ingancin ganowar mai ganowa yana inganta. Misali, LC Consandar et al suna amfani da yanayin al amfani. Mai gano Photoma-Photoma-Photoma da aka gano akan Ingdaas / inPAPD ya shirya. Ingancin Iya Singon-Phototon ya wuce kashi 55% a 1550 nm, kuma ana samun yiwuwar kashi 7%. A kan wannan, Jami'ar Kimiyya da Fasaha ta kasar Sin ta kafa tsarin LIDar ta amfani da fiber na APD na APD PhDon PhotoDeter. An nuna kayan aikin gwaji a cikin hoto (c) da (d), da kuma gano girgije mai yawa tare da ƙudurin lokacin 1 km da ƙudurin spatial na 15 m.