Sisebenzisa iikuki ukuphucula amava akho. Ngokuqhubeka ukhangela le sayithi, uyavuma ukuba sisebenzise iikuki. Ulwazi olongezelelweyo.
Ngokwendalo yazo, izixhobo ezenzelwe ukusetyenziswa kwezonyango kufuneka zihlangabezane nemigangatho yoyilo kunye nemveliso engqongqo kakhulu. Kwihlabathi elixakeke kakhulu ziinkundla kunye nembuyekezo yokwenzakala komzimba okanye umonakalo obangelwe yimpazamo yezonyango, nantoni na echukumisa okanye efakwe ngotyando emzimbeni womntu kufuneka isebenze kanye njengoko bekucwangcisiwe kwaye akufuneki iphumelele.
Inkqubo yokuyila nokuvelisa izixhobo zonyango yenye yezona ngxaki zinzima zesayensi nobunjineli eziza kusonjululwa kwishishini lezonyango. Ngoluhlu olubanzi lwezicelo, izixhobo zonyango ziza kuzo zonke iintlobo nobukhulu ukuze zenze imisebenzi eyahlukeneyo, ngoko ke izazinzulu kunye neenjineli zisebenzisa izixhobo ezahlukeneyo ukuhlangabezana neemfuno zoyilo ezingqongqo.
Intsimbi engagqwaliyo yenye yezona zinto zisetyenziswa kakhulu ekwenzeni izixhobo zonyango, ingakumbi intsimbi engagqwaliyo engama-304.
Intsimbi engagqwaliyo engu-304 yamkelwe kwihlabathi liphela njengenye yezona zinto zifanelekileyo zokwenza izixhobo zonyango kwiintlobo ngeentlobo zezicelo. Enyanisweni, yeyona ntsimbi ingagqwaliyo isetyenziswa kakhulu kwihlabathi namhlanje. Akukho lunye uhlobo lwentsimbi engagqwaliyo oluneentlobo ngeentlobo zeemilo, ukugqitywa kunye nokusetyenziswa okunjalo. Iimpawu zentsimbi engagqwaliyo engu-304 zibonelela ngeempawu zezinto ezikhethekileyo ngexabiso elikhuphisanayo, nto leyo eyenza ukuba ibe lukhetho olusengqiqweni kwiinkcukacha zezixhobo zonyango.
Ukumelana nokugqwala okuphezulu kunye nomxholo ophantsi wekhabhoni zezona zinto ziphambili ezenza intsimbi engagqwaliyo ye-304 ifaneleke ngakumbi kwizicelo zonyango kunezinye iintlobo zentsimbi engagqwaliyo. Izixhobo zonyango azisabelani ngamakhemikhali nezicubu zomzimba, izinto zokucoca ezisetyenziselwa ukuzicoca, kunye nokuguga okunzima, okuphindaphindiweyo okusetyenziswa zizixhobo ezininzi zonyango, oko kuthetha ukuba intsimbi engagqwaliyo ye-Type 304 sisixhobo esifanelekileyo kwizicelo zasesibhedlele, zotyando, kunye neze-paramedical. , phakathi kwezinye.
Intsimbi engagqwaliyo ye-304 ayiqinanga nje kuphela kodwa ikwalula kakhulu ukuyicubungula kwaye inokutsalwa nzulu ngaphandle kokuyixuba, nto leyo eyenza i-304 ibe yeyona ifanelekileyo yokwenza izitya, izinki, iimbiza kunye neendidi ezahlukeneyo zezikhongozeli zonyango kunye nezinto ezingenanto.
Kukwakho neenguqulelo ezininzi ezahlukeneyo zentsimbi engagqwaliyo engu-304 eneempawu eziphuculweyo zezinto ezisetyenziswayo, njengenguqulelo ye-304L enekhabhoni ephantsi kakhulu apho kufuneka khona ii-welds ezinamandla aphezulu. Izixhobo zonyango zingasebenzisa i-304L apho ukuwelda kufuneka kumelwane nothotho lwezinto ezibangela ukuqhawuka, uxinzelelo oluqhubekayo kunye/okanye ukuguqulwa, njl. Intsimbi engagqwaliyo engu-304L ikwayintsimbi enobushushu obuphantsi, oko kuthetha ukuba ingasetyenziswa kwiindawo apho imveliso kufuneka isebenze kumaqondo obushushu aphantsi kakhulu. Kwiindawo ezinobungozi kakhulu, i-304L ikwabonelela ngokumelana okukhulu nokugqwala phakathi kwe-granular kunee-stainless steel grades ezifanayo.
Ukudibanisa amandla aphantsi okuvelisa kunye nokukwazi ukwandiswa okuphezulu kuthetha ukuba intsimbi engagqwaliyo yohlobo lwe-304 ifanelekile ukwenza iimilo ezintsonkothileyo ngaphandle kokuyibopha.
Ukuba kufuneka intsimbi engagqwaliyo eqinileyo okanye enamandla ngakumbi kwiinkonzo zonyango, i-304 inokuqina ngenxa yokusebenza ngokubandayo. Xa itshixiwe, iintsimbi ze-304 kunye ne-304L ziqinile kakhulu kwaye zinokwakheka lula, zigotywe, zitsalwe nzulu okanye zenziwe. Nangona kunjalo, i-304 iyaqina ngokukhawuleza kwaye inokufuna ukutshixiwa okungakumbi ukuphucula ukutyibilika ukuze kuqhutyekwe phambili.
I-304 stainless steel isetyenziswa kakhulu kwimizi-mveliso eyahlukeneyo kunye neyasekhaya. Kwishishini lezixhobo zonyango, i-304 isetyenziswa apho ukumelana nokugqwala okuphezulu, ukwakheka kakuhle, amandla, ukuchaneka, ukuthembeka kunye nococeko kubaluleke kakhulu.
Kwintsimbi ezingenasici zotyando, kusetyenziswa kakhulu iintlobo ezikhethekileyo zentsimbi engenasici, i-316 kunye ne-316L. Ngokudibanisa izinto ze-chromium, i-nickel kunye ne-molybdenum, intsimbi engenasici inika izixhobo izazinzulu kunye noogqirha iimpawu ezikhethekileyo nezithembekileyo.
Isilumkiso. Kuyaziwa ukuba kwiimeko ezingaqhelekanga inkqubo yomzimba yokuzikhusela ayiphenduli kakuhle (ngokwesikhumba nangendlela ecwangcisiweyo) kumxholo we-nickel kwezinye iintsimbi ezingenanto. Kule meko, i-titanium ingasetyenziswa endaweni yentsimbi engaqhotyoshwayo. Nangona kunjalo, i-Titanium inikezela ngesisombululo esibiza kakhulu. Ngokwesiqhelo, intsimbi engaqhotyoshwayo isetyenziselwa ukufakelwa okwethutyana, ngelixa i-titanium ebiza kakhulu inokusetyenziselwa ukufakelwa osisigxina.
Umzekelo, itheyibhile engezantsi idwelisa ezinye zezicelo ezinokwenzeka zezixhobo zonyango zentsimbi engagqwaliyo:
Iimbono ezivezwe apha zezababhali kwaye azibonisi ngokuyimfuneko iimbono nezimvo ze-AZoM.com.
I-AZoM ithetha noSeokheun “Sean” Choi, uNjingalwazi kwiSebe lezoBunjineli boMbane kunye neKhompyutha kwiYunivesithi yaseNew York. I-AZoM ithetha noSeokheun “Sean” Choi, uNjingalwazi kwiSebe lezoBunjineli boMbane kunye neKhompyutha kwiYunivesithi yaseNew York.I-AZoM ithetha noSeohun “Sean” Choi, uprofesa kwiSebe lezoBunjineli boMbane neKhompyutha kwiYunivesithi yaseNew York.U-AZoM udlan’ udliwanondlebe noSeokhyeun “Shon” Choi, uprofesa kwiSebe lezoBunjineli boMbane neKhompyutha kwiYunivesithi yaseNew York. Uphando lwakhe olutsha luchaza ukuveliswa kweeprototypes zePCB eziprintiweyo ephepheni.
Kudliwanondlebe lwethu lwakutshanje, i-AZoM idlane udliwanondlebe noGqr. Ann Meyer kunye noGqr. Alison Santoro, abasebenzisana neNereid Biomaterials. Eli qela lidala i-biopolymer entsha enokwahlulwa ziintsholongwane ezibolayo kwindalo yolwandle, nto leyo esisondeza kwi-i.
Olu dliwanondlebe luchaza indlela i-ELTRA, eyinxalenye yeVerder Scientific, eyenza ngayo ii-cell analyzers zevenkile yokuhlanganisa iibhetri.
I-TESCAN yazisa inkqubo yayo entsha ye-TENSOR eyenzelwe i-vacuum ene-4-STEM ephezulu kakhulu ukuze kuchazwe iinxalenye ezincinci.
I-Spectrum Match yinkqubo enamandla evumela abasebenzisi ukuba bakhangele iilayibrari ezikhethekileyo ze-spectral ukuze bafumane ii-spectra ezifanayo.
I-BitUVisc yimodeli ye-viscometer eyahlukileyo enokusingatha iisampuli ze-viscosity ephezulu. Yenzelwe ukugcina ubushushu besampuli kuyo yonke inkqubo.
Eli phepha libonisa uvavanyo lobomi bebhetri yeLithium Ion olujolise ekusetyenzisweni kwakhona kwenani elikhulayo leebhetri zeLithium Ion ezisetyenzisiweyo ukuze kusetyenziswe kwaye kusetyenziswe kwakhona ibhetri ngendlela ezinzileyo nejikelezayo.
Ukugqwala kukutshatyalaliswa kwe-alloy ngenxa yempembelelo yokusingqongileyo. Ukugqwala kokungasebenzi kakuhle kwe-alloy zesinyithi ezivezwe kwimeko yomoya okanye ezinye iimeko ezimbi kunokuthintelwa ngeendlela ezahlukeneyo.
Ngenxa yokwanda kwemfuno yamandla, imfuno yamafutha enyukliya nayo inyukile, nto leyo ekhokelele ekwandeni okukhulu kwesidingo sobuchwepheshe bokuhlolwa kwe-post-reactor (PIE).