Al'amarin Geyser

Geyser sabon abu yana nufin fashewa sabon abu lalacewa ta hanyar cryogenic ruwa da ake hawa saukar da a tsaye dogon bututu (yana nufin tsawon-diamita rabo isa wani darajar) saboda kumfa samar da vaporization na ruwa, da kuma polymerization tsakanin kumfa zai faru tare da karuwa da kumfa, kuma a karshe da cryogenic ruwa daga cikin bututu zai koma baya.

Geysers na iya faruwa lokacin da yawan kwararar bututun ya yi ƙasa, amma suna buƙatar lura da su kawai lokacin da kwararar ta tsaya.

Lokacin da ruwa na cryogenic yana gudana a cikin bututun tsaye, yana kama da tsarin sanyi. Ruwan Cryogenic zai tafasa kuma yayi tururi saboda zafi, wanda ya bambanta da tsarin sanyi! Koyaya, zafi yakan fito ne daga ƙaramin mamayewar zafi na yanayi, maimakon babban ƙarfin zafi na tsarin a cikin tsarin sanyi kafin sanyi. Sabili da haka, Layer iyakar ruwa tare da ƙananan zafin jiki yana samuwa kusa da bangon bututu, maimakon fim din tururi. Lokacin da ruwa ke gudana a cikin bututun tsaye, saboda mamayewar yanayin zafi, yawan zafin jiki na layin iyakar ruwa kusa da bangon bututu yana raguwa. Karkashin aikin buoyancy, ruwan zai koma sama sama, yana samar da iyakar ruwan zafi mai zafi, yayin da ruwan sanyi a tsakiyar yana gudana zuwa ƙasa, yana samar da tasirin convection tsakanin su biyun. Iyakar ruwan zafi yana yin kauri a hankali tare da al'adar al'ada har sai ya toshe ruwan tsakiya gaba daya kuma ya dakatar da convection. Bayan haka, saboda babu convection don cire zafi, zafin jiki na ruwa a cikin wuri mai zafi yana tashi da sauri. Bayan yanayin zafin ruwan ya kai yanayin zafin jiki, ya fara tafasa kuma ya samar da kumfa Bam ɗin gas ɗin zingle yana rage hawan kumfa.

Saboda kasancewar kumfa a cikin bututun tsaye, sakamakon ƙarfin kumfa mai ɗanɗano mai ƙarfi zai rage matsa lamba a ƙasan kumfa, wanda hakan zai sa sauran ruwan ya yi zafi sosai, ta haka ne zai haifar da tururi mai yawa, wanda hakan zai sa matsi na tsaye ya ragu, don haka haɓakar juna, zuwa wani ɗan lokaci, zai haifar da tururi mai yawa. Lamarin na geyser, wanda ya yi kama da fashewa, yana faruwa ne lokacin da wani ruwa mai ɗauke da walƙiya na tururi, ya sake komawa cikin bututun. Wani adadin tururi da aka samu tare da ruwa da aka fitar da shi zuwa sararin sama na tanki zai haifar da canje-canje masu ban mamaki a cikin yawan zafin jiki na sararin tanki, wanda zai haifar da canje-canje mai ban mamaki a matsa lamba. Lokacin da matsa lamba ya kasance a cikin kololuwa da kwarin matsa lamba, yana yiwuwa a yi tanki a cikin yanayi mara kyau. Sakamakon bambancin matsa lamba zai haifar da lalacewar tsarin tsarin.

Bayan fashewar tururi, matsa lamba a cikin bututu yana raguwa da sauri, kuma ana sake shigar da ruwa na cryogenic a cikin bututun tsaye saboda tasirin nauyi. Babban ruwa mai sauri zai haifar da matsa lamba mai kama da guduma na ruwa, wanda ke da tasiri mai yawa akan tsarin, musamman akan kayan aikin sararin samaniya.

Domin kawar da ko rage illolin da abin da ya faru na geyser ke haifarwa, a cikin aikace-aikacen, a daya hannun, ya kamata mu mai da hankali kan rufe tsarin bututun, saboda mamayewar zafi shine tushen abin da ke haifar da yanayin geyser; A gefe guda, ana iya nazarin tsare-tsare da yawa: allurar iskar gas mara ƙarfi, ƙarin alluran ruwa na cryogenic da bututun wurare dabam dabam. Ma'anar waɗannan tsare-tsaren shine don canja wurin zafin da ya wuce kima na ruwa na cryogenic, kauce wa tarawar zafi mai yawa, don hana abin da ya faru na geyser.

Don tsarin allurar iskar gas, yawanci ana amfani da helium azaman iskar iskar gas, kuma ana allurar helium cikin kasan bututun. Bambancin matsa lamba na tururi tsakanin ruwa da helium za a iya amfani da su don yin taro na canja wurin tururi daga ruwa zuwa helium taro, don vaporize wani ɓangare na cryogenic ruwa, sha zafi daga cryogenic ruwa, da kuma samar da overcooling sakamako, don haka hana tarawa na wuce kima zafi. Ana amfani da wannan makirci a wasu tsarin cikowar sararin samaniya. Ƙarin cikawa shine don rage zafin ruwa na cryogenic ta hanyar ƙara supercooled cryogenic ruwa, yayin da makirci na ƙara bututun bututun shine a kafa yanayin yanayin wurare dabam dabam tsakanin bututun da tanki ta hanyar ƙara bututun, don canja wurin zafi mai yawa a cikin yankunan gida da lalata yanayin samar da geysers.

Saurara zuwa labari na gaba don wasu tambayoyi!

HL Cryogenic Equipment

HL Cryogenic Equipment wanda aka kafa a cikin 1992 alama ce mai alaƙa da HL Cryogenic Equipment Company Cryogenic Equipment Co., Ltd. HL Cryogenic Equipment ya himmatu ga ƙira da ƙera na Babban Vacuum Insulated Cryogenic Pipe System da Kayan Tallafi masu alaƙa don biyan buƙatun abokan ciniki daban-daban. The Vacuum Insulated Pipe da Flexible Hose an gina su a cikin wani babban vacuum da Multi-Layer Multi-Layer Multi-Allon na musamman insulated kayan, da kuma wucewa ta cikin jerin musamman m fasaha jiyya da babban injin jiyya, wanda ake amfani da canja wurin na ruwa oxygen, ruwa nitrogen, ruwa argon, ruwa hydrogen, ruwa helium, liquefied ethylene gas LEG da LNGquefied yanayi.

A samfurin jerin Vacuum Jacketed bututu, Vacuum Jacketed Hose, Vacuum Jacketed Valve, da Phase Separator a HL Cryogenic Equipment Company, wanda ya wuce ta cikin jerin musamman m fasaha jiyya, ana amfani da canja wurin na ruwa oxygen, ruwa nitrogen, ruwa argon, ruwa hydrogen, ruwa helium, LEG da LNG, da wadannan kayayyakin da ake sabis, sanyi kuka da sauransu. masana'antun na iska rabuwa, gas, jirgin sama, Electronics, superconductor, kwakwalwan kwamfuta, Automation taro, abinci & abin sha, Pharmacy, asibiti, biobank, roba, sabon abu Manufacturing sunadarai injiniya, baƙin ƙarfe & karfe, da kuma kimiyya bincike da dai sauransu.