Ifafaalaha Geyser-ka

Ifafaalaha Geyser-ka waxaa loola jeedaa ifafaale qarxin ah oo uu keeno dareeraha cryogenic ee lagu soo raro tuubada dheer ee toosan (iyadoo la tixraacayo saamiga dhererka dhexroorka gaarayo qiime gaar ah) taas oo ay ugu wacan tahay goobooyin ay soo saareen uumiga dareeraha, iyo polymerization ka dhexeeya goobooyin Waxay ku dhici doontaa korodhka xumbo, iyo ugu dambeyntii dareeraha cryogenic ayaa laga rogi doonaa albaabka tuubada.

Geysers-ku waxa laga yaabaa inay dhacaan marka qulqulka qulqulka dhuumaha uu hooseeyo, laakiin waxay u baahan yihiin in la dareemo kaliya marka qulqulku istaago.

Marka dareeraha cryogenic ay hoos ugu qulqulaan dhuumaha tooska ah, waxay la mid tahay habka qaboojinta ka hor. Dareere Cryogenic ah ayaa karkarin doona oo uumi doona kulayl awgeed, kaas oo ka duwan habka qaboojinta ka hor! Si kastaba ha ahaatee, kuleylku inta badan wuxuu ka yimaadaa duulaanka kulaylka yar ee deegaanka, halkii uu ka ahaan lahaa awooda kuleylka nidaamka weyn ee habka qaboojinta kahor. Sidaa darteed, lakabka xadka dareeraha ah ee leh heerkul aad u sarreeya ayaa lagu sameeyay meel u dhow derbiga tuubada, halkii uu ka ahaan lahaa filimka uumiga. Marka dareeruhu ku qulqulo tuubada toosan, sababtoo ah duulaanka kulaylka deegaanka, cufnaanta kulaylka lakabka xadka dareeraha ee u dhow derbiga tuubada ayaa hoos u dhacaya. Marka la eego ficilka qulqulka, dareeruhu wuxuu rogi doonaa qulqulka kor u kaca, samaynta lakabka dareeraha kulul, halka dareeraha qabow ee dhexda uu hoos u socdo, samaynta saamaynta isku-dhafan ee u dhexeeya labada. Lakabka xadka ee dareeraha kulul ayaa si tartiib tartiib ah u dhumucda jihada guud ilaa uu si buuxda u xannibo dareeraha dhexe oo uu joojiyo isku-uruurinta. Taas ka dib, sababtoo ah ma jiro isugeyn si looga saaro kuleylka, heerkulka dareeraha ee aagga kulul ayaa si degdeg ah u kaca. Ka dib marka heerkulka dareeraha uu gaaro heerkulka dheriga, wuxuu bilaabaa inuu karkariyo oo uu soo saaro xumbo Bambada gaaska zingle waxay hoos u dhigtaa kor u kaca xumbo.

Iyadoo ay ugu wacan tahay joogitaanka xumbo ee tuubada toosan, falcelinta xoogga xiirta viscous ee xumbo waxay yaraynaysaa cadaadiska joogtada ah ee hoose ee xumbo hoos u dhig cadaadiska joogtada ah, markaa kor u qaadida labada dhinac, ilaa xad, waxay soo saari doontaa uumi badan. Dhacdada geyser-ka, oo waxyar u eg qaraxa, waxay dhacdaa marka dareere, sidda hillaaca uumiga, uu dib ugu soo baxo dhuumaha. Qadar gaar ah oo uumiga ah oo ka dhashay dareere lagu soo tuuray meesha sare ee taangiga waxay ku keeni doontaa isbeddello la yaab leh heerkulka guud ee booska haanta, taasoo keenta isbeddel weyn oo cadaadis ah. Marka isbeddelka cadaadiska uu ku jiro meesha ugu sarreysa iyo dooxada cadaadiska, waxaa suurtagal ah in la sameeyo taangiga xaalad cadaadis xun. Saamaynta kala duwanaanshaha cadaadiska waxay u horseedi doontaa burbur qaabdhismeedka nidaamka.

Ka dib marka uumiga dillaaco, cadaadiska tuubada ayaa si degdeg ah hoos ugu dhacaya, dareeraha cryogenic ayaa dib loogu duraa tuubada toosan sababtoo ah saameynta cuf-jiidadka. Dareeraha xawaaraha sare wuxuu soo saari doonaa shoog cadaadis la mid ah dubbaha biyaha, kaas oo saameyn weyn ku leh nidaamka, gaar ahaan qalabka booska.

Si loo baabi'iyo ama loo yareeyo waxyeelada ay keento ifafaale geyser, codsiga, dhinaca kale, waa in aan fiiro gaar ah u siin daboolka nidaamka dhuumaha, sababtoo ah duullaanka kulaylku waa sababta asaasiga ah ee ifafaale geyser; Dhanka kale, dhowr qorshe ayaa la baran karaa: duritaanka gaaska aan kicinayn, duritaanka dheeriga ah ee dareeraha cryogenic iyo dhuumaha wareegga. Nuxurka qorshayaashani waa in lagu wareejiyo kulaylka xad-dhaafka ah ee dareeraha cryogenic, iska ilaali ururinta kulaylka xad-dhaafka ah, si looga hortago dhacdooyinka geyser-ka.

Nidaamka duritaanka gaaska aan shaqayn, helium waxaa badanaa loo isticmaalaa sidii gaaska aan shaqayn, helium waxa lagu duraa gunta dhuunta. Farqiga cadaadiska uumiga u dhexeeya dareeraha iyo helium waxaa loo isticmaali karaa in lagu sameeyo wareejin ballaaran ee uumiga alaabta dareeraha ah ilaa tiro helium ah, si ay u uumi qayb ka mid ah dareeraha cryogenic, nuugo kulaylka dareeraha cryogenic, oo ay soo saaraan saamayn qabow, sidaas darteed ka hortagga raasamaal ee xad-dhaaf ah. kulaylka. Nidaamkan waxa loo isticmaalaa hababka buuxinta meelaha bannaan. Buuxinta dheeriga ah waa in la yareeyo heerkulka dareeraha cryogenic iyadoo lagu darayo dareere cryogenic supercooled, halka nidaamka lagu daro dhuumaha wareegga waa in la dhiso xaalad wareegga dabiiciga ah ee u dhexeeya dhuumaha iyo taangiga iyadoo lagu darayo dhuumaha, si ay u wareejiso kulaylka xad-dhaafka ah ee meelaha maxalliga ah iyo burburinta xaaladaha jiilka geysarka.

La soco maqaalka xiga su'aalo kale!

Qalabka Cryogenic HL

HL Qalabka Cryogenic Equipment oo la aasaasay 1992 waa sumad ku xidhan HL Qalabka Cryogenic Equipment Company Cryogenic Equipment Co., Ltd. Qalabka Cryogenic HL waxaa ka go'an naqshadeynta iyo soo saarista Nidaamka Tuubbooyinka Cryogenic Insulated High Vacuum iyo Qalabka Taageerada ee la xiriira si loo daboolo baahiyaha kala duwan ee macaamiisha. Tuubada dahaaran ee Vacuum iyo tuubada dabacsan ayaa lagu dhisay vacuum sare iyo muraayado badan oo shaashado gaar ah oo gaar ah, waxayna maraan taxane ah daaweyn farsamo oo aad u adag iyo daaweynta faakuumka sare, taas oo loo isticmaalo wareejinta ogsijiinta dareeraha ah, nitrogen dareeraha ah. , Argon dareere ah, hydrogen dareere ah, helium dareere ah, gaaska ethylene dareere LEG iyo gaaska dabiiciga ah LNG.

Taxanaha wax soo saarka ee Tuubada Jaakadaha Vacuum, Vacuum Jacketed Hose, Vacuum Jacketed Valve, iyo Wajiga Kala-saar ee Shirkadda Qalabka Cryogenic ee HL, kaas oo soo maray taxane ah daaweyn farsamo oo aad u adag, ayaa loo isticmaalaa wareejinta oksijiinta dareeraha ah, nitrogen dareere ah, argon dareere ah, dareeraha hydrogen, helium dareere ah, LEG iyo LNG, iyo alaabtan waxaa loogu adeegaa qalabka cryogenic (tusaale, taangiyada cryogenic, dewars iyo coldboxes iwm) ee warshadaha kala soocida hawada, gaaska, duulista, elektarooniga, superconductor, chips, kulan otomaatig ah, cuntada & cabitaanka, farmashiyaha, isbitaalka, biobank, caag, wax cusub soo saarka kiimikada injineernimada, birta & birta, iyo cilmi-baarista sayniska iwm.