I-Cas Hayi 25583-20-4 I-Nano Titanium Nitride tin Tin Nanopowder / i-nanopalicals
I-titanium witride (I-tin) Iimbonakalo:
I-titanium witrideI-Nanoparcle inayo indawo ephezulu yokunyibilika (i-2950 ° C), ubunzima obukhulu, uzinzo lwamaqondo okuzinza kobushushu kunye neepropathi ezifanelekileyo zokuphumelela. Kwakhona, inomsebenzi ophezulu wokusebenza ngokufihlakeleyo kunye nokukhusela ngaphezulu kwe-80%. Iqondo lobushushu lokuthintela liphantsi. I-Nano Titanium Nitride (I-tin) Ngaba umxholo we-ceramic obalaseleyo.
Iimpawu zeTitanium Nitide:
| Into | Ubunyulu | Ii-APs | I-SSA | Umbala | I-morphology | I-ZETA inokubakho | Ukwenza indlela | Unizi lolwapho kuyiwa khona |
| I-Tin Nanoparticals | > I-99.2% | I-20-50NM | 48M2 / g | Mnyama | Ityhubhu | -17.5MV | IPlasma Arc Vapor ye-Synthesis | I-0.08G / cm3 |
I-Titanium Nitride (i-tin)
I-1. Isetyenziswe ekuveliseni iibhotile ze-per beer kunye nezinto zokupakisha zeplastiki njengomqobo ophezulu.
2. Isetyenziswe kwiplasitiki yobunjineli bezilwanyana zasekhaya
I-3. Isetyenziswe kwityhubhu ye-solar sube njenge-Abssing ephezulu yokukhanya kwelanga (ukuba yongezwa kwi-comating, amaqondo obushushu amanzi aya konyuka nge-4 ukuya kwi-5 degrees)
I-4. Ukusetyenziswa komgangatho ophakamileyo wokuphambana okuphezulu: isetyenziswe kwiziko eliphezulu lokugcina amanzi okutyiselwa kunye nokuvelisa iglasi entsha yokonga amandla okubaleka kwishishini lemkhosi.
5. Isetyenziswe ekufundeni izidingo njengabagcini be-Afloty. Ukwazi ukutya okuziinkozo kunokuphucula ubunzima kunye nobunzima be-alloy kwaye bunciphise idosi enye enqabileyo.
I-6. Izixhobo zokusika i-rigid ezinqamlezileyo, amaqondo aphezulu obushushu be-ceramic, izinto ezixhaphazayo, ukusasazeka, ukusasazeka komelezwe izixhobo.
7. Imilenze yokufakelwa; Umqobo ungqameko ekunxibelelaneni nasekuthini kunxibelelwano; Ibhayimu
izixhobo zokufumana izixhobo; Isango le-electrode kwintsimbi-oxide-semiconductor (Mos) ehambileyo; Iphantsi kwe-Schortky Dciode; Izixhobo zokukhanya ezikwimeko ezinomsindo; Iplastiki yokubumba; I-PROSTESSHETYURE; Ukunxiba ukunyangwa.
Iimeko zokugcina titanium:
Ukudibana kwe-dapp kuya kuchaphazela intsebenzo yokusasazeka kweTitanium kwaye kusetyenziswe iziphumo, ke, le mveliso kufuneka itywinwe kwi-vacuum kwaye igcinwe kwigumbi elipholileyo nelomileyo kwaye akufuneki libonakale emoyeni. Ukongeza, imveliso kufuneka ithintelwe phantsi koxinzelelo kunye ne-spark kuba iyavutha.
