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K2SO4 - CuSO4 - H2O tizimidagi fazaviy muvozanat
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Mis o'simliklarning biokimyoviy va fiziologik jarayonlarida muhim rol o'ynaydigan va yuqori sifatli hosil olishga hissa qo'shadigan muhim mikroelementdir. Shuning uchun, NPK o'g'itlarining tarkibiy qismi bo'lgan kaliy sulfatga mis sulfatini qo'shishning ilmiy asoslarini ishlab chiqish muhim ahamiyatga ega. Ushbu tadqiqotda uchlik K2SO4 - CuSO4 - H2O tizimining eruvchanligi 25 va 50℃ da izotermik usul bilan o'rganildi. Suyuq va qattiq fazalarning kimyoviy tahlili asosida ikkala haroratda ham izotermik eruvchanlik diagrammalari tuzildi. 25℃ da K₂SO₄·CuSO₄·6H₂O ning kristallanish sohasi 3,20-12,60% K2SO4 va 3,00-19,20% CuSO4 oralig'ida aniqlandi. 50℃ da bu soha 4,00-15,80% K2SO4 va 3,50-27,80% CuSO4 ga o'tdi. K2SO4·CuSO4·H2O birikmasi kristallanish hududidan ajratib olindi va zamonaviy fizik-kimyoviy usullar, jumladan, EDS, XRD, IQ spektroskopiyasi va termal tahlil yordamida tasdiqlandi. Ushbu topilmalar mis saqlovchi mikroelementli o'g'itlarni, xususan, tomchilatib sug'orish texnologiyalari uchun suyuq o'g'it formulalarini ishlab chiqish uchun ilmiy asos yaratadi.
Title: K2SO4 - CuSO4 - H2O tizimidagi fazaviy muvozanat
Description:
Mis o'simliklarning biokimyoviy va fiziologik jarayonlarida muhim rol o'ynaydigan va yuqori sifatli hosil olishga hissa qo'shadigan muhim mikroelementdir.
Shuning uchun, NPK o'g'itlarining tarkibiy qismi bo'lgan kaliy sulfatga mis sulfatini qo'shishning ilmiy asoslarini ishlab chiqish muhim ahamiyatga ega.
Ushbu tadqiqotda uchlik K2SO4 - CuSO4 - H2O tizimining eruvchanligi 25 va 50℃ da izotermik usul bilan o'rganildi.
Suyuq va qattiq fazalarning kimyoviy tahlili asosida ikkala haroratda ham izotermik eruvchanlik diagrammalari tuzildi.
25℃ da K₂SO₄·CuSO₄·6H₂O ning kristallanish sohasi 3,20-12,60% K2SO4 va 3,00-19,20% CuSO4 oralig'ida aniqlandi.
50℃ da bu soha 4,00-15,80% K2SO4 va 3,50-27,80% CuSO4 ga o'tdi.
K2SO4·CuSO4·H2O birikmasi kristallanish hududidan ajratib olindi va zamonaviy fizik-kimyoviy usullar, jumladan, EDS, XRD, IQ spektroskopiyasi va termal tahlil yordamida tasdiqlandi.
Ushbu topilmalar mis saqlovchi mikroelementli o'g'itlarni, xususan, tomchilatib sug'orish texnologiyalari uchun suyuq o'g'it formulalarini ishlab chiqish uchun ilmiy asos yaratadi.
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