Itekhnoloji yeMveliso yegrafikhi yegrafiki yokunyibilika kobhedu iqhubekile. Le nkqubo isebenzisa eyona ndlela iphambili ye-isostatic ye-isostatic kwaye iphantsi koxinzelelo oluphezulu lwe-600MPA ukuqinisekisa ukuba ulwakhiwo lwangaphakathi lwe-orheet lube lube lube lube lube lube lube lube lube luye lungenasiphene kwaye lunamandla amakhulu. Olu luhlulelo aluphuculi nje ukwenziwa kwentsebenzo yokubethelelwa, kodwa kukwenza impumelelo enkulu kulondolozo lwamandla kunye nokhuseleko lwendalo.
Izibonelelo zokucinezelwa kwe-isostatic ebandayo
Ulwakhiwo lwangaphakathi lungakhululwa kwaye lungafi
Ngaphantsi koxinzelelo oluphezulu, ubume bangaphakathi be-copper-phreyini i-phymatite i-iyunifomu engaphezulu ngaphandle kwesiphene. Oku kukwindawo ekwahlukileyo kwiindlela zokusika ngokwesiko. Ngenxa yoxinzelelo olusezantsi, iindlela zendabuko zikhokelela kwiziphene zangaphakathi zesakhiwo ezichaphazela amandla alo kunye nokuphumeza kwe-shirmal.
Amandla aphezulu, udonga olungenalunyulwa olunqabileyo
Indlela yokucinezela ye-isostatic ebandayo iphucula kakhulu amandla okubethelelwa phantsi koxinzelelo oluphezulu. Amandla amakhulu avumela iindonga ezihlambulukileyo ukuba zenziwe mncinci, ngaloo ndlela zande ukuqhubela phambili kwe-thermal kunye nokunciphisa ukusetyenziswa kwamandla. Xa kuthelekiswa nethebhulethi yesiko, olu hlobo lube lube lube lube lulunge ngakumbi kwimveliso efanelekileyo kunye neemfuno zolondolozo lwamandla.
Ukuhamba ngenkcitho ngokugqibeleleyo kunye nokusetyenziswa kwamandla okuthoba
Amandla aphezulu kunye nodonga oluqhelekileyo lwe-molten copper phremite gracabs zikhokelela ekuhambeni okungcono kwengqondo xa kuthelekiswa nokubethelwa okuxhaphakileyo. Ukuphucula ukuqhubela phambili kobushushu kuthetha ukuba ubushushu bunokudluliselwa ngakumbi kwaye ngokukhawuleza ngexesha lenkqubo yokunyibilika ye-alloys, izabelo ze-zinc njl, njl njl.
Thelekisa ngeendlela zemveliso zemveli
Ukunqongophala kweendlela zokusika
Uninzi lwemifanekiso yefomati yenziwa ngefomati yenziwa ngokusika kwaye emva koko ukona. Le ndlela ibangela ukungalingani, ukungathobeki, kunye namandla aphantsi aphumeleleyo ngenxa yoxinzelelo olusezantsi. Ukongeza, kunobungozi obukhoyo kunye nokusebenzisa amandla aphezulu, kwenza ukuba kube nzima ukufezekisa iimfuno zeshishini leshishini eliphezulu kunye nokonga amandla.
Ukungancedi kwabaxelisa
Abanye abavelisi baxelisa i-Isosticaitic ebandayo ye-isostatic ukuba ivelise iintloko, kodwa ngenxa yoxinzelelo olungenalo lwemveliso, uninzi lwazo luvelisa i-Silicon Carbide. Ezi zinto zibethelayo zineendonga ezingathandekiyo, ukuqhubela phambili kwengqondo, kunye nokusebenzisa amandla aphezulu, ezikude kwi-molten ye-Molten Coppite Comper ende nge-isostatic ye-isostatic ebandayo.
Imigaqo yezobugcisa kunye nezicelo
Kwinkqubo yokunyibilikisa ye-aluminium kunye ne-ZINC, ukumelana kwe-oxidation kunye nokuphumelela kwe-thermal yezinto ezibethelelekileyo zizinto ezibalulekileyo. Ukubethelelwa kwembethekile kusetyenziswa indlela yokucinezela i-isostatic ebandayo indawo ekugxininiswa kuyo okhethekileyo kwi-oxidation xa kuphepha imiphumo emibi ye-fluoride. Ezi zinto zibethelayo zigcina intsebenzo ebalaseleyo kubushushu obuphezulu ngaphandle kokungcolisa intsimbi, ukuphucula ukuqina.
Isicelo kwi-Aluminium Allow Sylting
Igrafu elelene nenxaxheba kwindima ebalulekileyo ekunyikityeni izabelo ze-aluminium, ngakumbi ekuvelisweni kweziganeko zokufa kunye neinkcazelo. Iqondo lokunyibilika le-Aluminium Alloy liphakathi kwe-700 ° C kunye ne-750 ° C, nto leyo ikwaluhlu lobushushu apho igrafu i-oxitelid. Ke ngoko, imizobo yegraphite eveliswe kukucinezela i-isostatic ebandayo igxininisa ekuchanyoneni kwe-oxidation ekuqinisekiseni ukusebenza kakuhle kubushushu obuphakamileyo.
Yenzelwe iindlela ezahlukeneyo zokunyibilika
Igrafu esithe tye ilungele iindlela ezahlukeneyo zokunyibilikisa, kubandakanya ukunyibilika okukodwa kunye nokunyibilikisa i-gorivation. Kwi-Aluminium Allocy Redungs, uyilo olunethemba lokufezekisa iimfuno zokuthintela i-H2 I-Absorption kunye nokuDibaniswa kwe-OXID, ngoko ke kusetyenziswa i-fact yomlomo. Kwiziko elinyukayo lokunyibilikisa, ukuthoba izitulo ezihlambeneyo zihlala zisetyenziselwa ukubuyisela inkunkuma.
Thelekisa iimpawu zentsebenzo
Ukuxinana okuphezulu kunye nokuphumeza kwe-thermal
Ukuxinana kwemizobo yegraphite eyenziwe kukucinezelwa kwe-isostatic ebandayo phakathi kwe-22 no-2.3, olona tshintsho luphezulu phakathi kwetafile ehlabathini. Esi sixa-nkqubela esiphezulu sinika ukuqhutywa kwengqondo okubonakalayo, kungcono kakhulu kunezinye iimpawu ezinqabileyo.
Ukunganyangeki kunye nokunganyangeki
Umphezulu we-aluminium ye-aluminium ithe tyaba igqunywe ngamandla amane okuthuka okhethekileyo, olwadityaniswa kunye nezinto ezibuhlungu ezimbi, ziphucula kakhulu ukunganyangeki kwenkonzo. Ngokwahlukileyo koko, iintloko-ntle zemoto zinomaleko wesamente eqinileyo kumphezulu, owonakaliswe ngokulula kwaye obangela ukukhonkxa ngaphambi kwexesha.
Ukuqulunqwa kunye nokuphumelela kwe-thermal
Igrafikhi yobhedu i-molten ithe chu ihlatyiwe yigrafu yendalo, eyenza ukwenzeka kwenkunkuma. Ngokwahlukileyo, igrafikhi yasekhaya isebenzisa igrafu yokwenziwa, ukunciphisa umxholo wegrafu ukunciphisa iindleko, kwaye wongeze inani elininzi lodongwe lokubumba, ke ukuqhutywa kwe-thermal kuncitshiswa kakhulu.
Ukupakisha kunye neendawo zesicelo
Ukupakisha
I-Molten Copper igrafiti ithe tyhushu idlalwa kwaye ipakishwe ngentambo yengca, eyindlela elula nesebenzayo.
Ukwandiswa kwemihlaba yesicelo
Ngokuqhubela phambili kwetekhnoloji yeTekhnoloji, imihlaba yesicelo yegrafu yegraphite iyaqhubeka ukwanda. Ingakumbi ekuvelisweni kwe-Aluminium Alloy Defings kunye neembumbulu ze-graphy, igrafu ithe chu ngokuthe ngcembe i-Iron ye-Iron ye-Iron ukuze ifezekise iimfuno zemveliso ezikumgangatho ophezulu.
ukuququmbela
Ukusetyenziswa kwendlela yokucinezelwa kwe-isostatic ebandayo kuzise ukusebenza kunye nokusebenza kakuhle kwe-Copper-pictor-physite inyibilikiswe kwinqanaba elitsha. Nokuba yinto efanayo, amandla okanye ukuqhubela phambili kwesakhiwo sangaphakathi, kubaluleke kakhulu kwiindlela zemveliso zemveli. Ukusetyenziswa okuqhubayo kwale Technology, imfuno yentengiso yemizobo yegrafire iya kuqhubeka nokwandisa, uqhuba wonke umzi mveliso kwikamva elisebenza ngakumbi nenobuhlobo.
IXESHA LOKUQALA: IJuni-05-2024