DISPERSE RED 1 BOʻYOGʻINING SOVUQ ATMOSFERIK PLAZMA YORDAMIDA PARCHALANISH MEXANIZMINI DFTB+ SIMULYATSIYALARI ASOSIDA TADQIQ QILISH
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Ushbu tadqiqotda sovuq atmosferik plazmasi (SAP) texnologiyasining chiqindi suvlarni tozalashdagi samaradorligi oʻrganildi. SAP organik ifloslantiruvchilarni parchalashda samarali va istiqbolli usul sifatida tanilgan. Tadqiqotda, SAP sharoitida Disperse red 1 boʻyoq ifloslantiruvchisining parchalanish mexanizmi, kislorod radikallari yordamida zichlik funktsional mustahkam bogʻlash (DFTB+) simulyatsiyalari yordamida oʻrganildi. Maqolada simulyatsiya metodologiyasi va parametrlarining batafsil tavsifi berilgan boʻlib, SAP taʼsirida boʻyoqning degradatsiya jarayoni tahlil qilingan. Tadqiqot natijalari, molekulyar darajadagi oʻzaro taʼsirlarni va jarayonning asosiy mexanizmlarini yoritishda muhim ahamiyat kasb etadi. Ushbu maqolada keltirilgan natijalar, chiqindi suvlarni tozalash uchun barqaror optimallashtirilgan tizimlarni ishlab chiqishda va SAP texnologiyasini parchalanish strategiyalarini rivojlantirishda DFTB+ simulyatsiyalarining samaradorligini koʻrsatadi.
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