Keywords
How to Cite
Abstract
Mazkur maqolada Cu-Zn-Pb tarkibli polimetall konsentratning kimyoviy va fazaviy tarkibi rentgen-fluoressent hamda rentgen-fazaviy tahlil usullari asosida o‘rganildi. Tadqiqotda XRF natijalari namunaning asosiy komponentlari SO₃, ZnO, Fe₂O₃, PbO va CuO bilan ifodalanishini ko‘rsatdi. XRD natijalari esa konsentrat tarkibida CuCl, FeN, Cu₂FeS₄Sn, Ca-Zr-Ti oksidli faza va Pb₂O₃ kabi ehtimoliy kristall fazalar mavjudligini ko‘rsatadi. Shu bilan birga, difraktogrammada amorf fonning yuqoriligi va kristallik darajasining pastligi XRD natijalarini ehtiyotkorlik bilan talqin qilish zarurligini bildiradi. Tadqiqotda XRF va XRD natijalarining o‘zaro mosligi, farqli jihatlari va texnologik ahamiyati ilmiy jihatdan tahlil qilindi. Olingan natijalar polimetall konsentratlarni qayta ishlashdan oldin ularning kimyoviy hamda fazaviy tarkibini kompleks baholash zarurligini asoslaydi.
References
1. Raximov A.A., Misirov Z.X. Cu-Zn-Pb tarkibli polimetall konsentratning rentgen-fluoressent tahlili bo‘yicha laboratoriya natijalari. TerDMAU, 2025.
2. Raximov A.A., Misirov Z.X. ABBOS-5559 namunasi bo‘yicha rentgen-fazaviy tahlil hisoboti. Match! Phase Analysis Report. TerDMAU, 2025.
3. Kalаndarov P.I., Iskandarov B.P. Proyektnoe reshenie texnologii obogashcheniya polimetallicheskix rud na mednoobogatitelnoy fabrike GOK «Xandiza» // Gornyy vestnik Uzbekistana. - 2012. - № 3. - S. 45-49.
4. Rajabov Sh.X. Issledovanie flotatsionnogo obogashcheniya polimetallicheskix rud Xandizskogo mestorozhdeniya // Universum: texnicheskie nauki. - 2025. - № 11. - S. 34-39.
5. Rajabov Sh.X. Issledovanie form naxozhdeniya metallov v polimetallicheskix rudax mestorozhdeniya Xandiza // Universum: texnicheskie nauki. - 2025. - № 11. - S. 40-45.
6. Rajabov Sh.X. Sovershenstvovanie texnologiy obogashcheniya polimetallicheskix rud mestorozhdeniya Xandiza na osnove izucheniya veshchestvennogo sostava // Universum: texnicheskie nauki. - 2025. - № 2. - S. 22-28.
7. Xasanov A.S. Issledovanie texnologii obogashcheniya polimetallicheskix rud Xandizy s polucheniem mednogo konsentrata // Universum: texnicheskie nauki. - 2025. - № 9. - S. 51-57.
8. Mutalova M.A. Development and improvement of lead-copper concentrate separation technology using a local reagent // Web of Scientists and Scholars. - 2025. - Vol. 3. - Issue 5. - P. 215-221.
9. Gayratov B., Abdullayev U., Xolmatov A. Copper recovery from copper sulfide ore by combined processing method // Applied Sciences and Engineering Research. - 2025. - Vol. 9. - № 6. - P. 117-126.
10. Turdiev Sh.Sh. Polimetall rudalarni flotatsion boyitish jarayonlarining samaradorligini oshirish yo‘llari // Science and Research Today. - 2025. - № 4. - B. 88-94.
11. Soatov B.Sh.O‘. Metodika laboratornyx issledovaniy pri obogashchenii polimetallicheskix rud mestorozhdeniya Xandiza // Universum: texnicheskie nauki. - 2026. - № 1. - S. 30-36.
12. Yusupxodjayev A.A., Aribjanova D.E. Og‘ir rangli metallar metallurgiyasi. - Toshkent: Fan va texnologiya, 2020. - 312 b.
13. Rashidov B.R., Karimov N.K. Rangli metallar rudalarini boyitish texnologiyasi. - Toshkent: Iqtisod-moliya, 2019. - 276 b.
14. Abdurahmonov S.A., Xudoyberdiyev T.R. Mineral xomashyolarni kompleks qayta ishlash asoslari. - Navoiy: NDKI nashriyoti, 2021. - 244 b.
15. Tursunov M.N., Xamroyev A.A. Kon-metallurgiya xomashyolarining kimyoviy tahlil usullari. - Toshkent: Innovatsiya-Ziyo, 2022. - 198 b.
This work is licensed under a Creative Commons Attribution 4.0 International License.