nano-Bi kukuni (Bi 50 nm 99,9%)
Asosiy xususiyatlarinano-Bi kukuni maxsus jarayon, yuqori soflik, bir xil zarracha hajmi, shar shakli, dispersiya, oksidlanish harorati, sinterlash qisqarishi orqali tayyorlandi.
Metall nano-moylash qo'shimchasining qo'llanilishi: ishqalanish jarayonida moyga 0,1 dan 0,3% gacha nano-vismut kukuni qo'shib, o'z-o'zidan moylanadigan, o'z-o'zidan laminatsiyalanadigan va moylash samaradorligini sezilarli darajada yaxshilaydigan ishqalanish yuzasiga surting. Metallurgiya sanoati: Nano-vismut kukuni qotishmaning oson kesish samaradorligini oshirish uchun quyma temir, po'lat va alyuminiy qo'shimchalari sifatida ishlatilishi mumkin. Magnit materiallar: vismutning termal neytron yutilish kesimi kichik va erish nuqtasi, qaynash nuqtasi, issiqlik uzatish muhiti yadro reaktori sifatida ishlatilishi mumkin.
| Mahsulotlar tasniflanadi | Model | O'rtacha zarracha hajmi (nm) | Soflik (%) | Solishtirma sirt maydoni (m2/ g) | Ommaviy zichlik (g / sm2)3) | Polimorflar | Rang |
| Nanoskalali | Bi-001 | 50 | > 99.9 | 39.6 | 0.9 | Sharsimon | Qora |
| 1. | nano-mis kukuni/Nano Cu kukuni (Cu 50nm 99.9%) |
| 2. | nano-rux kukuni / Nano Zn kukuni (Zn 50nm 99.9%) |
| 3. | nano-kobalt kukuni / Nano Co kukuni (Co 50nm 99.9%) |
| 4. | nano-molibden kukuni / Nano Mo kukuni (Mo 50nm 99.9%) |
| 5. | nano-nikel kukuni / Nano Ni kukuni (Ni 50nm 99,9%) |
| 6. | nano-qalay kukuni / Nano Sn kukuni (Sn 50nm 99.9%) |
| 7. | Magniy oksidi nanokukuni (MgO) |
| 8. | nano-titan kukuni / Nano Ti kukuni (Ti 40nm 99,9%) |
| 9. | nano-volfram kukuni / Nano W kukuni (W 50nm 99.9%) |
| 10. | nano-Bi kukuni / Nano Bi kukuni (Bi 50nm 99,9%) |
| 11. | Oltin nanopartikullari (Au) / Nano Au kukuni (Au 12-15nm 99.99%) |
| 12. | Platina nanopartikullari/ Nano Pt kukuni (Pt 10nm 99.9%) |
| 13. | Tantal nano kukuni / Nanopartikullar (Ta) / Nano Ta kukuni (Ta 80nm 99,9%) |
| 14. | nano kumush kukuni |
| 15. | nano-alyuminiy/ Nano Al kukuni |
| 16. | nano-temir kukuni/ Nano Fe 50nm |
