Paxta tozalash mashinasi harorat rejimini imitatsion modellashtirish yordamida optimallashtirish

Ro'ziyeva Shoira

Dissertation · 2025

Paxta tozalash mashinasi harorat rejimini imitatsion modellashtirish yordamida optimallashtirish

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20.1021/diss/d2025/20395395Uzbek

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Ro'ziyeva Shoira ORCID 0000-0002-0025-9253 (opens in a new tab)
Tashkent Chemical-Technological Institute

Abstract

Ushbu maqolada «Paxta tozalash mashinasi harorat rejimini imitatsion modellashtirish yordamida optimallashtirish» mavzusi tahlil qilingan. Maqolada xorijiy va mahalliy tajriba qiyosiy tahlil qilingan. Natijalar paxta tozalash mashinasi samaradorligini oshirishga xizmat qiladi.

Keywords

Bibliographic details

DRI: 20.1021/diss/d2025/20395395
Work type: Dissertation
Published: 2 November 2025
Language: Uzbek
Passport mirror: synced 21/09/2026, 17:49, version 1

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References

Sources cited by this work and how they were matched to works in the registry.

25 entries14 matched1 under review10 external

1.
Abdurahmonov, P. Z., Asqarov, A. U., & Xamidov, Z. T. (2023). Paxta tozalash mashinasi uchun bazalt tolasi asosida yangi konstruksiya ishlab chiqish (Jizzax viloyati misolida). Ilm-fan va texnika taraqqiyoti, 10(6), 1–12.
MatchedFuzzy match, S = 1.00→ Paxta tozalash mashinasi uchun bazalt tolasi asosida yangi konstruksiya ishlab chiqish (Jizzax viloyati misolida)
2.
Axmedova Z.A., Mansurov N.Sh., Hasanov A.Sh., va boshq. Nasos stansiyasi ish matematik modellashtirish yordamida optimallashtirish // Innovatsion rivojlanish. – 2017. – №9. – B. 1–9.
MatchedFuzzy match, S = 1.00→ Nasos stansiyasi ish rejimini matematik modellashtirish yordamida optimallashtirish
3.
O'zbekiston Respublikasi Prezidentining «2022–2026-yillarga mo'ljallangan Yangi O'zbekistonning taraqqiyot strategiyasi to'g'risida»gi PF-60-son Farmoni. – Toshkent, 2022.
External source
4.
Aliyeva, Sh. F. (2017). Paxta tozalash mashinasi energiya sarfini matematik modellashtirish yordamida optimallashtirish. Toshkent. DRI: 20.1029/diss/d2017/44316660
MatchedExact by DRI
5.
G'afurova, O. X., & Kamolova, Z. A. (2019). Geotermal energiya manbalaridan foydalanib quyosh kollektori energiya samaradorligini oshirish. Irrigatsiya va melioratsiya, 2(3), 1–4.
MatchedFuzzy match, S = 1.00
6.
Mo'minov H.N., Saidova D.A., Norqulova S.S. Kompressor qurilmasi uchun nanomateriallar asosida yangi konstruksiya ishlab hiqish // Temir yo'l transporti muammolari. – 2020. – №6. – B. 1–7. https://nationaldri.uz/20.1031/tytm/2020/i6/18025790
MatchedExact by DRI
7.
Ro'ziyeva Sh.B., Zokirov G'.J., Toshmatova G.D., va boshq. Geotermal energiya manbalaridan foydalanib g'altakli konveyer energiya samaradorligini oshirish (Buxoro viloyati misolida) // Kimyo va kimyoviy texnologiya. – 2024. – №5. – B. 7–15. – DRI 20.1021/kkt/2024/v11_i5/10888925
MatchedExact by DRI
8.
O'zbekiston Respublikasi Prezidentining «2022–2026-yillarga mo'ljallangan Yangi O'zbekistonning taraqqiyot strategiyasi to'g'risida»gi PF-60-son Farmoni. – Toshkent, 2022.
External source
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Anderson R., Martin C., Tanaka H. (2015). Renewable energy transition in Central Asia in developing countries. Applied Linguistics, 1, 199–958.
External source
10.
Smirnov D.V. Elektr tarmog'i uchun mahalliy xomashyo asosida yangi konstruksiya ishlab chiqish. – Toshkent: Adabiyot uchqunlari, 2013. – 294 b.
External source
11.
Samuelson P., Nordhaus W. Economics. 19th ed. – New York: McGraw-Hill, 2010. – 744 p.
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12.
To'xtayeva, N. B. (2024). Nasos stansiyasi texnologik parametrlarini matematik modellashtirish yordamida optimallashtirish. In «Uzluksiz ta'lim tizimida innovatsion yondashuvlar» mavzusidagi respublika ilmiy-amaliy konferensiya (pp. 8–11). Toshkent.
MatchedFuzzy match, S = 0.93
13.
Rahimov Sh.E. Optimization of induction motors using numerical methods (case of Fergana) // Zamonaviy ta'lim. – 2024. – №5. – B. 1–10.
MatchedFuzzy match, S = 1.00
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Rossi F. (2009). Economic growth and institutional quality in transition economies. IEEE Access, 36, 639–940. https://doi.org/10.1109/ACCESS.2009.978815
External source
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Лебедева О.М. Оптимизация режимов работы насосной станции методом математического моделирования. – М.: Наука, 1999. – 283 с.
External source
16.
Roʻziyeva, Sh. B. (2022). Quyosh kollektori ishonchliligini genetik algoritm bilan bholash. Toshkent.
MatchedFuzzy match, S = 0.99
17.
Rahimova N.H. Kompressor qurimasi tebranish xarakteristikalarini matematik modellashtirish yordamida optimallashtirish // «Energiya tejamkorligi va qayta tiklanuvchi manbalar» mavzusidagi respublika ilmiy-amaliy konferensiya materiallari. – Toshkent, 2019. – B. 3–4. https://nationaldri.uz/20.1006/tdtuconf2019/2019/12693926
MatchedExact by DRI
18.
Qodirova, H. J., & Jumayeva, K. D. (2022). Shamol generatori harorat rejimini genetik algoritm yordamida optimallashtirish. Irrigatsiya va melioratsiya, 5(1), 13–21.
MatchedFuzzy match, S = 1.00
19.
Egamberdiyev, S. A., Jumayeva, K. D., G'afurova, O. X., et al. (2012). Paxta tozalash mashinasi ishonchliligini neyron tarmoqlar bilan baholash. TIQXMMI ilmiy-uslubiy jurnali, 4(4), 1–11.
MatchedFuzzy match, S = 1.00
20.
Петрова А.С. Оптимизация режимов работы асинхронного двигателя методом математического моделирования. – М.: Наука, 2013. – 391 с.
Under review
21.
Smirnov D.V. Kompressor qurilmasi uchun polimer qoplamalar asosida yangi konstruksiya ishlab chiqish (Navoiy viloyati misolida) // Xalq ta'limi. – 2010. – №2. – B. 82–97.
External source
22.
Schmidt P., Smith J. (2021). Soil salinity mapping using remote sensing data. Energy Policy, 17, 605–966. https://doi.org/10.1016/j.enpol.2021.135797
External source
23.
Hasanov S.M., Oripova O.S. Kompressor qurilmasi ishonchliligini eksperimental tadqiqot bilan baholash // Ilm-fan va texnika taraqqiyoti. – 2015. – №10. – B. 1–10. doi:10.52057/ift.2015.2.10.1
MatchedExact by DOI
24.
Schmidt P. (2018). Thin film solar cells: materials and performance. Journal of Economic Perspectives, 118, 398–903. DOI: 10.1257/jep.2018.444379
External source
25.
Egamberdiyev, I. F., & Eshmatova, D. M. (2025). Optimizatino of pumping stations using genetic algorithms (case of Bukhara). FarPI ilmiy-texnika jurnali, 13(1), 19–25. DRI: 20.1029/farpi/2025/v13_i1/17995816
MatchedExact by DRI

Citing works

Works in the registry that cite this work, newest first.

This work has not been cited yet

When other works in the registry cite this work, they will appear here.

[1] 1.
Abdurahmonov, P. Z., Asqarov, A. U., & Xamidov, Z. T. (2023). Paxta tozalash mashinasi uchun bazalt tolasi asosida yangi konstruksiya ishlab chiqish (Jizzax viloyati misolida). Ilm-fan va texnika taraqqiyoti, 10(6), 1–12.
MatchedFuzzy match, S = 1.00→ Paxta tozalash mashinasi uchun bazalt tolasi asosida yangi konstruksiya ishlab chiqish (Jizzax viloyati misolida)

[2] 2.
Axmedova Z.A., Mansurov N.Sh., Hasanov A.Sh., va boshq. Nasos stansiyasi ish matematik modellashtirish yordamida optimallashtirish // Innovatsion rivojlanish. – 2017. – №9. – B. 1–9.
MatchedFuzzy match, S = 1.00→ Nasos stansiyasi ish rejimini matematik modellashtirish yordamida optimallashtirish

[3] 3.
O'zbekiston Respublikasi Prezidentining «2022–2026-yillarga mo'ljallangan Yangi O'zbekistonning taraqqiyot strategiyasi to'g'risida»gi PF-60-son Farmoni. – Toshkent, 2022.
External source

[4] 4.
Aliyeva, Sh. F. (2017). Paxta tozalash mashinasi energiya sarfini matematik modellashtirish yordamida optimallashtirish. Toshkent. DRI: 20.1029/diss/d2017/44316660
MatchedExact by DRI

[5] 5.
G'afurova, O. X., & Kamolova, Z. A. (2019). Geotermal energiya manbalaridan foydalanib quyosh kollektori energiya samaradorligini oshirish. Irrigatsiya va melioratsiya, 2(3), 1–4.
MatchedFuzzy match, S = 1.00

[6] 6.
Mo'minov H.N., Saidova D.A., Norqulova S.S. Kompressor qurilmasi uchun nanomateriallar asosida yangi konstruksiya ishlab hiqish // Temir yo'l transporti muammolari. – 2020. – №6. – B. 1–7. https://nationaldri.uz/20.1031/tytm/2020/i6/18025790
MatchedExact by DRI

[7] 7.
Ro'ziyeva Sh.B., Zokirov G'.J., Toshmatova G.D., va boshq. Geotermal energiya manbalaridan foydalanib g'altakli konveyer energiya samaradorligini oshirish (Buxoro viloyati misolida) // Kimyo va kimyoviy texnologiya. – 2024. – №5. – B. 7–15. – DRI 20.1021/kkt/2024/v11_i5/10888925
MatchedExact by DRI

[8] 8.
O'zbekiston Respublikasi Prezidentining «2022–2026-yillarga mo'ljallangan Yangi O'zbekistonning taraqqiyot strategiyasi to'g'risida»gi PF-60-son Farmoni. – Toshkent, 2022.
External source

[9] 9.
Anderson R., Martin C., Tanaka H. (2015). Renewable energy transition in Central Asia in developing countries. Applied Linguistics, 1, 199–958.
External source

[10] 10.
Smirnov D.V. Elektr tarmog'i uchun mahalliy xomashyo asosida yangi konstruksiya ishlab chiqish. – Toshkent: Adabiyot uchqunlari, 2013. – 294 b.
External source

[11] 11.
Samuelson P., Nordhaus W. Economics. 19th ed. – New York: McGraw-Hill, 2010. – 744 p.
External source

[12] 12.
To'xtayeva, N. B. (2024). Nasos stansiyasi texnologik parametrlarini matematik modellashtirish yordamida optimallashtirish. In «Uzluksiz ta'lim tizimida innovatsion yondashuvlar» mavzusidagi respublika ilmiy-amaliy konferensiya (pp. 8–11). Toshkent.
MatchedFuzzy match, S = 0.93

[13] 13.
Rahimov Sh.E. Optimization of induction motors using numerical methods (case of Fergana) // Zamonaviy ta'lim. – 2024. – №5. – B. 1–10.
MatchedFuzzy match, S = 1.00

[14] 14.
Rossi F. (2009). Economic growth and institutional quality in transition economies. IEEE Access, 36, 639–940. https://doi.org/10.1109/ACCESS.2009.978815
External source

[15] 15.
Лебедева О.М. Оптимизация режимов работы насосной станции методом математического моделирования. – М.: Наука, 1999. – 283 с.
External source

[16] 16.
Roʻziyeva, Sh. B. (2022). Quyosh kollektori ishonchliligini genetik algoritm bilan bholash. Toshkent.
MatchedFuzzy match, S = 0.99

[17] 17.
Rahimova N.H. Kompressor qurimasi tebranish xarakteristikalarini matematik modellashtirish yordamida optimallashtirish // «Energiya tejamkorligi va qayta tiklanuvchi manbalar» mavzusidagi respublika ilmiy-amaliy konferensiya materiallari. – Toshkent, 2019. – B. 3–4. https://nationaldri.uz/20.1006/tdtuconf2019/2019/12693926
MatchedExact by DRI

[18] 18.
Qodirova, H. J., & Jumayeva, K. D. (2022). Shamol generatori harorat rejimini genetik algoritm yordamida optimallashtirish. Irrigatsiya va melioratsiya, 5(1), 13–21.
MatchedFuzzy match, S = 1.00

[19] 19.
Egamberdiyev, S. A., Jumayeva, K. D., G'afurova, O. X., et al. (2012). Paxta tozalash mashinasi ishonchliligini neyron tarmoqlar bilan baholash. TIQXMMI ilmiy-uslubiy jurnali, 4(4), 1–11.
MatchedFuzzy match, S = 1.00

[20] 20.
Петрова А.С. Оптимизация режимов работы асинхронного двигателя методом математического моделирования. – М.: Наука, 2013. – 391 с.
Under review

[21] 21.
Smirnov D.V. Kompressor qurilmasi uchun polimer qoplamalar asosida yangi konstruksiya ishlab chiqish (Navoiy viloyati misolida) // Xalq ta'limi. – 2010. – №2. – B. 82–97.
External source

[22] 22.
Schmidt P., Smith J. (2021). Soil salinity mapping using remote sensing data. Energy Policy, 17, 605–966. https://doi.org/10.1016/j.enpol.2021.135797
External source

[23] 23.
Hasanov S.M., Oripova O.S. Kompressor qurilmasi ishonchliligini eksperimental tadqiqot bilan baholash // Ilm-fan va texnika taraqqiyoti. – 2015. – №10. – B. 1–10. doi:10.52057/ift.2015.2.10.1
MatchedExact by DOI

[24] 24.
Schmidt P. (2018). Thin film solar cells: materials and performance. Journal of Economic Perspectives, 118, 398–903. DOI: 10.1257/jep.2018.444379
External source

[25] 25.
Egamberdiyev, I. F., & Eshmatova, D. M. (2025). Optimizatino of pumping stations using genetic algorithms (case of Bukhara). FarPI ilmiy-texnika jurnali, 13(1), 19–25. DRI: 20.1029/farpi/2025/v13_i1/17995816
MatchedExact by DRI