budada nano-titanium/ budada Nano Ti (Ti 40nm 99.9%)
Astaamaha ugu muhiimsan eeBudada nano-titanium, budada titanium ee fiican oo lagu diyaariyey hab gaar ah oo habraac ah, daahirnimo sare, cabbir yar oo isku mid ah oo walxaha ah, firfircoonida dusha sare, codsiga buuxa ee rinjiga, resin iyo nano-titanium ka dib marka la dhigo qaybaha dusha sare muddo dheer ma aha oksaydh, daaweynta dusha sare ee nano-titanium, xal wanaagsan oo loogu talagalay dhibaatada kala firdhinta, si looga gudbo isku-darka nano-budada.
1. nm oo ah isku-dhafka titanium iyo resin ayaa soo saaray noocyo kala duwan oo rinji cusub ah, iyadoo ay ugu sarreeyaan noocyo kala duwan oo alaab ah oo la mid ah lama barbar dhigi karo. Alaabada dahaarka leh ee u adkaysta daxalka oo keliya awoodda biyaha karkaraya ayaa ku qoyn kara biyaha badda ma waxyeeleeyaan dahaarka ka hortagga daxalka ee qolofta badda oo leh rajooyin. Marka labaad, adkeysiga iyo iska caabbinta xirashada dahaarka ayaa si weyn u horumaraya, waxay leedahay awood sixir ah oo ay isku hagaajin karto, maadaama ay tahay walxo bir ah oo aan bir ahayn oo caadi ah oo Putty ah. Dahaarka Nano-titanium ayaa sidoo kale la muujiyay inuu leeyahay dabeecad is-nadiifin ah. Intaa waxaa dheer, titanium oo ah dhadhanka kaliya ee aadanaha ee is-maamulka ah iyada oo aan wax saameyn ah ku yeelan dahaarka birta ayaa sidoo kale si weyn loogu isticmaali karaa cuntada iyo warshadaha kale.
2. Aagga rinjiga titanium-ka ee nm ee ku jira kiimikada batroolka, cuntada, dhuxusha, mashiinnada iyo codsiyada kale ee warshadaha ayaa leh in ka badan 100,000, waxqabadka dahaarka ayaa si weyn u soo hagaagay, halka kororka kharashku uusan weynayn.
| Badeecadaha waa la kala saaraa | Moodel | Cabbirka walxaha celceliska (nm) | Nadiifnimo (%) | Bedka dusha sare ee gaarka ah (m2/ g) | Cufnaanta badan (g / cm)3) | Polymorphs | Midab |
| Nanoscale | Ti-001 | 40 | > 99.9 | 38.3 | 0.19 | Caalami ah | Madow |
| Submicron | Ti-002 | 800 | > 99.9 | 2.40 | 1.58 | Caalami ah | Madow madow |
| 1. | Budada nano-naxaasta ah/Budada Nano Cu (Cu 50nm 99.9%) |
| 2. | Budada nano-zinc/ Budada Nano Zn (Zn 50nm 99.9%) |
| 3. | Budada nano-cobalt/ Budada Nano Co (Co 50nm 99.9%) |
| 4. | Budada nano-molybdenum/ Budada Nano Mo (Mo 50nm 99.9%) |
| 5. | budada nano-nickel/ budada Nano Ni (Ni 50nm 99.9%) |
| 6. | Budada nano-tin/ Budada Nano Sn (Sn 50nm 99.9%) |
| 7. | Budo Magnesium Oxide ah (MgO) |
| 8. | budada nano-titanium/ budada Nano Ti (Ti 40nm 99.9%) |
| 9. | Budada nano-tungsten/ Budada Nano W (W 50nm 99.9%) |
| 10. | budada nano-Bi/ budada Nano Bi (Bi 50nm 99.9%) |
| 11. | Budada Dahabka ah ee Nanoparticles (Au) / Budada Nano Au (Au 12-15nm 99.99%) |
| 12. | Budada Nanoparticles-ka ee Platinum/ Nano Pt (Pt 10nm 99.9%) |
| 13. | Tantalum Nanopowder / Nanoparticles (Ta)/ budada Nano Ta (Ta 80nm 99.9%) |
| 14. | Budada nano ee lacagta ah |
| 15. | budada nano-aluminium/ Nano Al |
| 16. | Budada birta ah ee nano/ Nano Fe 50nm |
