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Menene aikin wick mesh?
gyare-gyaren riguna na raga don UTFHPs tare da kauri na 1.0 mm.Ta hanyar oxidizing da karkace saƙa raga wick tsarin don samar da superhydrophilic m surface, capillary matsa lamba na oxidized wick an inganta sosai, kuma mafi kyawun ikon canja wurin zafi shine 20W kuma mafi ƙarancin thermal juriya w ...Kara karantawa -
Menene 3D vapor chamber?
Idan aka kwatanta da ɗakin tururi na al'ada, ɗakunan tururi na 3D ba wai kawai magance matsalar tafiyar da zafi ba, har ma suna iya canjawa da gudanar da zafi a tsaye.A da, mutane ko da yaushe suna haɗa ɗakin tururi na planar tare da bututun zafi don samun mafi kyawun zubar da zafi, amma wani lokacin sakamakon ba ...Kara karantawa -
Menene tsari, girma da halayen aiki na UTVCs a cikin adabi?
Nassoshi Dimension/mm3 (Tsarin Wick Tsawon Wick wanda aka gyara: babu gyare-gyaren Ayyukan Murfin Matsakaicin Canja wurin zafi Chen et al. × Nisa × Kauri) Babban takarda: babu tsarin wick Babban murfin: SU-8 micropillars halayen halayen kayan aiki: 30 W [17] 104 × 14 × 0.4 Kasa...Kara karantawa -
Tsarin ɗakin tururi mai bakin ciki
Tsarin wick shine maɓalli mai mahimmanci na ɗakin tururi, wanda zai iya samar da ingantacciyar hanyar sadarwa don fitar da ruwa da matsa lamba don wadatar ruwa [6].Don haka, masu bincike da yawa sun mai da hankali kan ƙirar tsarin wick a cikin UTVC.ragar allo da ragamar saƙa da karkace suna da fadi...Kara karantawa -
Me yasa ɗakin tururi ya shahara?
A matsayin na'ura mai ɗaukar nauyi-turi mai ƙarfi biyu da ingantaccen na'urar canja wurin zafi, ɗakin tururi an yi amfani da shi sosai wajen sanyaya tsarin lantarki.Ci gaban na'urorin microelectronic na baya-bayan nan ya haifar da haɓakar yanayin zafi da raguwar sararin shigarwa don na'urar sanyaya.Saboda haka, tururi ...Kara karantawa -
Yaya farantin sanyi na ruwa ke aiki?
Lokacin da ikon inverter ya tafi zuwa ga yawan ƙarfin wutar lantarki, yana da matukar muhimmanci don canja wurin zafi kuma cire zafi.Ruwan sanyi farantin shine mafita mai kyau sosai.Farantin mai sanyaya ruwa na iya watsar da zafin da ake samu ta hanyar abubuwan da ake amfani da su na wutar lantarki ko kowane fage tare da ...Kara karantawa -
yadda za a kwantar da IGBT?
Sabuwar motar makamashi tana amfani da tsarin tuƙi na lantarki azaman tushen wutar lantarki, mai sarrafa inverter, muhimmin sashi na canjin lantarki da watsawa, zai haifar da zafi mai yawa yayin tuki.Don haka yana buƙatar sanyaya, farantin sanyi ya sha kuma ya watsar da zafi daga gare ta.Farantin sanyi yawanci...Kara karantawa -
Bayanin kayan watsar da zafi na 5G
Muhimmancin kayan watsar da zafi a cikin zamanin 5G yana samun ƙarfi da ƙarfi.An buɗe labulen zamanin a hankali.Wani sanannen fasalin zamanin 5G shine babban haɓakar haɓakar zafi.Yayin da ƙarfin amfani da kayan lantarki ke ƙaruwa, buƙatun ...Kara karantawa -
Kula da sababbin hanyoyin watsar da zafi a cikin zamanin 5G
Matsakaicin kasuwar watsar da zafi yana girma cikin sauri tare da kasuwanni kamar na'urorin lantarki masu amfani, sabbin motocin makamashi, da ginin hanyar sadarwa.A halin yanzu, yawancin masana'antun wayar hannu sun bi takun 5G kuma sun saki wayoyin hannu na 5G.Duk masana'antar wayar hannu ...Kara karantawa -
Me yasa zabar FTT?
FTT babban kamfani ne na fasaha wanda ke mai da hankali kan tsarin tsara shirye-shiryen haɗin gwiwa na "Gudanarwar thermal Chip da sabon makamashin abin hawa na thermal management" da kuma samar da samfuran da ba daidai ba, kuma ya himmatu wajen kasancewa jagora a cikin sabbin fasahar sarrafa zafi.Kayayyakin sun haɗa da pulsat...Kara karantawa