Sisebenzisa iikuki ukuphucula amava akho.Ngokuqhubeka nokukhangela le ndawo, uyavumelana nokusebenzisa kwethu iikuki.Iinkcukacha ezongezelelweyo.
Ngokwendalo yazo, izixhobo ezilungiselelwe ukusetyenziswa kwezonyango kufuneka zihlangabezane noyilo olungqongqo kakhulu kunye nemigangatho yokuvelisa.Kwihlabathi elizixakekisa kakhulu ngokumangalelana kunye nempindezelo yokwenzakala komzimba okanye umonakalo obangelwe yimpazamo yezonyango, nantoni na echukumisayo okanye efakwe ngotyando emzimbeni womntu kufuneka isebenze kanye njengoko bekucetyiwe kwaye mayingaphumeleli..
Inkqubo yokuyila kunye nokuvelisa izixhobo zonyango yenye yezona zinto zinzima kakhulu zenzululwazi kunye neengxaki zobunjineli eziza kusonjululwa kwishishini lezonyango.Ngoluhlu olubanzi lwezicelo, izixhobo zonyango ziza kuzo zonke iimilo kunye nobukhulu ukwenza imisebenzi eyahlukeneyo, ngoko ke izazinzulu kunye neenjineli zisebenzisa izinto ezahlukeneyo ukuze zihlangabezane neemfuno zoyilo ezingqongqo.
Insimbi engenasici yenye yezona zinto zisetyenziswa ngokuqhelekileyo kwimveliso yezixhobo zonyango, ngakumbi i-304 insimbi engenasici.
I-304 yensimbi engenasici ibonwa kwihlabathi jikelele njengenye yezona zinto zifanelekileyo zokwenza izixhobo zonyango kwizicelo ezahlukeneyo.Enyanisweni, yeyona ntsimbi isetyenziswa ngokuqhelekileyo ehlabathini namhlanje.Alikho elinye ibakala lensimbi engenasici elibonelela ngeendlela ezahlukeneyo zeemilo, ukugqiba kunye nokusetyenziswa.Iimpawu ze-304 zensimbi ezingenasici zibonelela ngeempawu zezinto eziphathekayo kwixabiso elikhuphisanayo, okwenza kube yinto ekhethekileyo yokukhetha izixhobo zonyango.
Ukuxhatshazwa kwe-corrosion ephezulu kunye nomxholo wekhabhoni ephantsi zizinto eziphambili ezenza i-304 insimbi engenasici ifaneleke ngakumbi kwizicelo zonyango kunamanye amabakala ensimbi engenasici.Izixhobo zonyango azichaphazeli iikhemikhali kunye nezicubu zomzimba, ii-arhente zokucoca ezisetyenziselwa ukuvala inzala, kunye nokuqina, ukuphindaphinda ukunxiba kunye nokukrazula ukuba izixhobo ezininzi zonyango ziphantsi kwazo, oku kuthetha ukuba Uhlobo lwe-304 yensimbi engenasici yinto efanelekileyo esibhedlele, utyando kunye ne-paramedical applications.izicelo., phakathi kwabanye.
I-304 yensimbi engenastainless ayomelelanga nje kuphela kodwa ikwalula kakhulu ukusetyenzwa kwaye inokutsalwa nzulu ngaphandle kokufakwa kwe-anneal, yenze i-304 ilungele ukwenza izitya, iisinki, iimbiza kunye noluhlu lwezikhongozeli zonyango ezahlukeneyo kunye nezinto ezingenanto.
Kukho neenguqu ezininzi ezahlukeneyo ze-304 yensimbi engenasici kunye nezixhobo eziphuculweyo zezinto zokusebenza kwizicelo ezithile, ezifana ne-heavy duty low carbon version ye-304L apho i-welds yamandla aphezulu ifunekayo.Izixhobo zonyango zingasebenzisa i-304L apho i-welding kufuneka imelane nochungechunge lwezothuso, uxinzelelo oluqhubekayo kunye / okanye ukuguqulwa, njl njl. I-304L insimbi engenasici nayo iyintsimbi ephantsi yokushisa, oku kuthetha ukuba ingasetyenziselwa izicelo apho imveliso kufuneka isebenze kumaqondo aphantsi kakhulu.amaqondo obushushu.Kwiindawo ezinobungozi kakhulu, i-304L ikwabonelela ngokuxhathisa okukhulu kwi-intergranular corrosion kunamabakala athelekisekayo ensimbi engenasici.
Ukudityaniswa kwamandla esivuno esiphantsi kunye namandla aphezulu obude kuthetha ukuba Uhlobo lwe-304 yensimbi engenasici ifaneleke ngokufanelekileyo ukwenza iimilo ezintsonkothileyo ngaphandle kwe-annealing.
Ukuba insimbi eqinile okanye eqinile iyadingeka kwizicelo zonyango, i-304 inokuqiniswa ngokusebenza okubandayo.Xa i-anneal, i-304 kunye ne-304L iintsimbi ziyi-ductile kakhulu kwaye zinokubunjwa ngokulula, ukugoba, ukutsalwa nzulu okanye ukwenziwa.Nangona kunjalo, i-304 iyaqina ngokukhawuleza kwaye inokufuna ukuhlanjululwa okuthe kratya ukuphucula i-ductility ukulungiselela ukuqhubekeka phambili.
I-304 yensimbi engenasici isetyenziswa ngokubanzi kwiinkqubo ezahlukeneyo zoshishino kunye nezasekhaya.Kwishishini lesixhobo sonyango, i-304 isetyenziswa apho ukuxhathisa okuphezulu kwe-corrosion, ukumila kakuhle, amandla, ukuchaneka, ukuthembeka kunye nococeko kubaluleke kakhulu.
Kwiinsimbi ezingenasici zokuhlinzwa, amabakala akhethekileyo ensimbi engenasici, i-316 kunye ne-316L, isetyenziswa kakhulu.Ngezinto ezidibeneyo ze-chromium, i-nickel kunye ne-molybdenum, isinyithi esingenasici sibonelela ngezixhobo zenzululwazi kunye noogqirha iimpawu ezizodwa nezithembekileyo.
Isilumkiso.Kuyaziwa ukuba kwiimeko ezinqabileyo i-immune system isabela kakubi (ngokucutshungulwayo kunye nenkqubo) kumxholo we-nickel kwezinye iintsimbi ezingenasici.Kule meko, i-titanium ingasetyenziselwa endaweni yensimbi engenasici.Nangona kunjalo, i-Titanium ibonelela ngesisombululo esibiza kakhulu.Ngokuqhelekileyo, intsimbi engenastainless isetyenziselwa ukufakelwa kwethutyana, ngelixa i-titanium ebiza kakhulu ingasetyenziselwa ukufakelwa okusisigxina.
Umzekelo, le theyibhile ingezantsi idwelisa ezinye izicelo ezinokwenzeka zezixhobo zonyango zentsimbi engatyiwayo:
Iimbono ezichazwe apha zezababhali kwaye azibonisi iimbono kunye nezimvo ze-AZoM.com.
I-AZoM ithetha noSeokheun "Sean" Choi, uNjingalwazi kwiSebe lezoMbane kunye nobuNjineli beKhompyutha kwiYunivesithi yaseNew York. I-AZoM ithetha noSeokheun "Sean" Choi, uNjingalwazi kwiSebe lezoMbane kunye nobuNjineli beKhompyutha kwiYunivesithi yaseNew York.I-AZoM ithetha noSeohun "Sean" Choi, uprofesa kwiSebe lezoMbane kunye nobuNjineli beKhompyutha kwiYunivesithi yaseNew York.U-AZoM udliwano-ndlebe no-Seokhyeun "Shon" Choi, unjingalwazi kwiSebe lezoMbane kunye nobuNjineli beKhompyutha kwiYunivesithi yaseNew York.Uphando lwakhe olutsha luneenkcukacha zokuveliswa kweeprototypes zePCB eziprintwe kwiphepha lephepha.
Kudliwano-ndlebe lwethu lwakutsha nje, i-AZoM yenza udliwano-ndlebe noDkt Ann Meyer kunye noGqr Alison Santoro, okwangoku abasebenzisana neNereid Biomaterials.Iqela lidala i-biopolymer entsha enokuchithwa yi-bioplastic-degrading microbes kwindawo yolwandle, isisondeza kwi-i.
Olu dliwano-ndlebe luchaza indlela i-ELTRA, inxalenye yeVerder Scientific, eyenza abahlalutyi beeseli kwivenkile yokuhlanganisa ibhetri.
I-TESCAN yazisa inkqubo yayo entsha ye-TENSOR eyenzelwe i-4-STEM i-ultra-high vacuum ye-multimodal characterization ye-nanosized particles.
I-Spectrum Match yinkqubo enamandla evumela abasebenzisi ukuba bakhangele amathala eencwadi akhethekileyo ukuze bafumane imbonakalo efanayo.
I-BitUVisc yimodeli ekhethekileyo ye-viscometer enokusingatha iisampuli eziphezulu ze-viscosity.Yenzelwe ukugcina ubushushu besampulu kuyo yonke inkqubo.
Eli phepha libonisa uvavanyo lobomi bebhetri ye-Lithium Ion ngokugxila ekusetyenzisweni kwakhona kwenani elikhulayo leebhetri zeLithium Ion ezisetyenzisiweyo kwindlela ezinzileyo kunye neyomjikelezo wokusetyenziswa kwebhetri kunye nokusetyenziswa kwakhona.
I-Corrosion kukutshatyalaliswa kwe-alloy ngenxa yeempembelelo zendalo.Ukungaphumeleli kwe-corrosion ye-alloys yensimbi evezwe kwi-atmospheric okanye ezinye iimeko ezimbi kunokuthintelwa ngeendlela ezahlukeneyo.
Ngenxa yokukhula kwemfuno yamandla, imfuno yesibaso senyukliya nayo inyukile, nto leyo ethe yakhokelela ekwandeni okubonakalayo kwesidingo sobuchwephesha bokuhlolwa kwe-post-reactor (PIE).