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SELLYULOZA-BAZALT TOLALI GIBRID KOMPOZITLARNING ISSIQLIK VA OVOZ IZOLYATSIYASI UCHUN TAYYORLANISHI HAMDA FIZIK-MEXANIK XOSSALARINI BAHOLASH

Fan yo'nalishi:Kimyoviy muhandislik (turli xil)Metall va qotishmalar
Milliy fan yo'nalishi (OAK):02.00.06 — Yuqori molekulyar birikmalar02.00.07 — Kompozitsion, lok-boʻyoq va rezina materiallari kimyosi va texnologiyasi02.00.08 — Neft va gaz kimyosi va texnologiyasi02.00.13 — Noorganik moddalar va ular asosidagi materiallar texnologiyasi02.00.14 — Organik moddalar va ular asosidagi materiallar texnologiyasi02.00.15 — Silikat va qiyin eriydigan nometall materiallar texnologiyasi02.00.16 — Kimyo texnologiyasi va oziq-ovqat ishlab chiqarish jarayonlari va apparatlari02.00.18 — Baliqchilik mahsulotlarini qayta ishlash va saqlash texnologiyasi04.00.14 — Foydali qazilmalarni boyitish06.01.11 — Qishloq xoʻjaligi mahsulotlarini saqlash va qayta ishlash02.00.05 — Tsellyuloza va tsellyuloza-qogʻoz ishlab chiqarish kimyosi va texnologiyasi02.00.17 — Qishloq xoʻjalik va oziq-ovqat mahsulotlariga ishlov berish, saqlash hamda qayta ishlash texnologiyalari va biotexnologiyalari03.00.12 — Biotexnologiya
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Sanoatda raqamli texnologiyalar ilmiy-texnik jurnal

Sanoatda raqamli texnologiyalar ilmiy-texnik jurnal

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MAQOLA ANNOTATSIYASI

quote
Ushbu tadqiqotda qishloq xo‘jaligi biomassasidan olingan sellyuloza va bazalt tolasi asosida issiqlik hamda ovoz izolyatsiyalovchi gibrid kompozit materiallar olish texnologiyasi ishlab chiqildi. Kompozit namunalar mexanik aralashtirish va presslash usuli yordamida tayyorlanib, ularning fizik-mexanik hamda strukturaviy xossalari tahlil qilindi. Tadqiqot natijalari sellyuloza matritsasi va bazalt tolasi o‘rtasida mustahkam bog‘lanish hosil bo‘lishini hamda g‘ovak struktura shakllanishini ko‘rsatdi. Olingan kompozitlar past zichlik, qoniqarli mexanik mustahkamlik, yaxshi issiqlik izolyatsiyasi va samarali tovush yutish xususiyatlariga ega ekanligi aniqlandi. Mazkur materiallar ekologik jihatdan xavfsiz, qayta tiklanuvchi xomashyoga asoslangan bo‘lib, zamonaviy qurilish va muhandislik sohalarida energiya tejamkor izolyatsion material sifatida qo‘llanish istiqboliga ega.

MUALLIFLAR

Science ID: FQD-0525-0170

Science ID: MQD-0526-0371

Teglar

# properties# cellulose# microstructure# composite# fiber# hybrid# mechanical# basalt# thermal# insulation# acoustic

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Foydalanilgan adabiyotlar

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