Geotermal energiya manbalaridan foydalanib kompressor qurilmasi energiya samaradorligini oshirish (Jizzax viloyati misolida)

Xudoyberdiyeva Gulchehra Muhammadovna; Toshpo'latov Jamshid Jamshid o'g'li; Холиқова Гулчеҳра Санжар қизи

doi:10.52017/tdtufti.2026.16.1.16

Article · 2026

Geotermal energiya manbalaridan foydalanib kompressor qurilmasi energiya samaradorligini oshirish (Jizzax viloyati misolida)

Edit passport — nationaldri.uz

20.1006/tdtufti/2026/v16_i1/57471115Uzbek

Passport

A mirror of the passport from the nationaldri.uz registry. It can only be edited on nationaldri.uz.

Authors

Xudoyberdiyeva Gulchehra Muhammadovnano linked profile
FarPI
Toshpo'latov Jamshid Jamshid o'g'lino linked profile
Farg'ona politexnika instituti
Холиқова Гулчеҳра Санжар қизи ORCID 0000-0002-0028-2568 (opens in a new tab)
Fergana Polytechnic InstituteFarPI

Abstract

Ushbu maqolada «Geotermal energiya manbalaridan foydalanib kompressor qurilmasi energiya samaradorligini oshirish (Jizzax viloyati misolida)» mavzusi tahlil qilingan. Tadqiqotda statistik tahlil va modellashtirish usullaridan foydalanilgan. Olingan natijalar kompressor qurilmasi sohasida amaliy ahamiyatga ega.

Keywords

Bibliographic details

DRI: 20.1006/tdtufti/2026/v16_i1/57471115
Work type: Article
Journal: TDTU: fan, ta'lim va innovatsiyaISSN 2181-0354
Volume and issue: Vol. 16, No. 1
Pages: 123–131
Published: 12 April 2026
Language: Uzbek
External DOI: 10.52017/tdtufti.2026.16.1.16 (opens in a new tab)
Full text: Open on the publisher's page (opens in a new tab)
Passport mirror: synced 21/09/2026, 17:50, version 1

Metrics

Citations

0

Excluding self-citations: 0

Excluding self-citations

0

Views

2

Downloads

0

Usage by source

Duplicates (24 hours) and bots are filtered out.

Usage by source
Source	Views	Downloads
Journal pagejournal.milliykengash.com	0	0
Conference proceedingsconference.milliykengash.com	0	0
DRI resolverclicks through nationaldri.uz	2	—
Total	2	0

Links

Open on nationaldri.uz (opens in a new tab)
Full passport (nationaldri.uz) (opens in a new tab)
Edit passport — nationaldri.uz (opens in a new tab)
To fix an error in the passport, the publishing journal or the author uses the nationaldri.uz account.

Monthly usage

Views and downloads over the last 24 months (all sources).

References

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

23 entries11 matched3 under review9 external

1.
Toshpo'latov, J. J., & Davletov, Q. U. (2019). Temir yo'l izi tebranish xarakteristikalarini imitatsion modellashtirish yordamida optimallashtirish. Ilm-fan va texnika taraqqiyoti, 6(7), 1–7. URL: https://nationaldri.uz/20.2002/ift/2019/v6_i7/58926166
MatchedExact by DRI→ Temir yo'l izi tebranish xarakteristikalarini imitatsion modellashtirish yordamida optimallashtirish
2.
Mo'minov R.S. Issiqlik almashtirgich energiya sarfini matematik modellashtirish yordamida optimallashtirish. – Toshkent: Fan, 2014. – 210 b.
External source
3.
Петрова А.С. Оптимизация энергопотребления асинхронного двигателя методом математического моделирования. – М.: Наука, 2008. – 380 с.
External source
4.
Hasanova N.R. Transformator podstansiyasi mustahkamlik ko'rsatkichlarini neyron tarmoqlar yordamida optimallashtirish // «Suv resurslaridan oqilona foydalanish» mavzusidagi respublika ilmiy-amaliy konferensiya materiallari. – Toshkent, 2025. – B. 8–11. DRI: 20.1027/tiqxmmiconf2025/2025/75053870
MatchedExact by DRI
5.
Martin C., Novak P., Brown A. (2005). Teacher professional development in digital learning environments in developing countries. The Lancet, 11, 728–925.
External source
6.
Морозова Н.Г. Оптимизация режимов работы асинхронного двигателя методом математического моделирования. – М.: Наука, 2020. – 452 с.
Under review
7.
Anderson R., Nguyen T. (2011). Economic growth and institutional quality in transition economies. Applied Linguistics, 107, 386–922. DOI: 10.1093/applin.2011.476162
External source
8.
Xoliqov, G'. Z., Smith, J., & Mirzayev, R. O. (2014). G'altakli konveyer mustahkamlik ko'rsatkichlarini matematik modellashtirish yordamida optimallashtirish. Texnika yulduzlari, 1–10.
MatchedFuzzy match, S = 1.00
9.
Samuelson P., Nordhaus W. Economics. 19th ed. – New York: McGraw-Hill, 2010. – 744 p.
External source
10.
Петрова А.С. Оптимизация режимов работы асинхронного двигателя методом математического моделирования. – М.: Наука, 2023. – 474 с.
Under review
11.
Кузнецова Е.А. Оптимизация режимов работы насосной станции методом математического моделирования. – М.: Наука, 1991. – 192 с.
External source
12.
Комилов И.Ш., Чориева С.Р., Тошпўлатов Ж.Ж., ва бошқ. Сорбентларнинг коррозияга чидамлилигига реаксия вақти таъсири // ФарПИ илмий-техника журнали. – 2016. – Б. 11–15.
MatchedFuzzy match, S = 1.00
13.
Jalilova, Ch. T. (2024). Issiqlik almashtirgihc energiya sarfini matematik modellashtirish yordamida optimallashtirish. Toshkent.
MatchedFuzzy match, S = 0.99
14.
Иванов И.И. Оптимизация режимов работы солнечного коллектора методом математического моделирования. – М.: Наука, 2003. – 359 с.
External source
15.
Davletova, M. J., Baxromova, D. Sh., & Temirova, N. K. (2014). Qayta tiklanuvchi energiya manbalaridan foydalanib issiqlik almashtirgich energiya samaradorligini oshirish. TDTU: fan, ta'lim va innovatsiya, 4(1), 1–12. URL: https://nationaldri.uz/20.1006/tdtufti/2014/v4_i1/58109503
MatchedExact by DRI
16.
Yo'ldoshev D.I. Tishli uzatma uchun nanomateriallar asosida yangi konstruksiya ishlab chiqish // Til va adabiyot ta'limi. – 2025. – №1. – B. 53–70.
External source
17.
G'aniyev J.B. Transformator podstansiyasi energiya sarfini sonli usullar yordamida optimallashtirish // «Zamonaviy matematikaning dolzarb muammolari» mavzusidagi xalqaro ilmiy-amaliy konferensiya materiallari. – Toshkent, 2023. – B. 11–13. https://nationaldri.uz/20.1007/farduconf2023/2023/96144618
MatchedExact by DRI
18.
Ergashev, E. A., & Kamolov, G'. B. (2025). История градостроительства в Средней Азии (на примере Ферганы). Tarix va madaniyat, 10–17.
Under review
19.
Eshmatov G'.X. Quyosh kollektori uchun nanomateriallar asosida yangi konstruksiya ishlab chiqish: fan nomzodi (PhD) diss. avtoreferati. – Toshkent, 2020. – 104 b. – DRI 20.1029/diss/d2020/72839104
MatchedExact by DRI
20.
Mamatov Z.K., Norqulova O'.A. ELEKTR TARMOG'I TEXNOLOGIK PARAMETRLARINI NEYRON TARMOQLAR YORDAMIDA OPTIMALLASHTIRISH // «Muhandislik va texnologiyalarning zamonaviy muammolari» mavzusidagi respublika ilmiy-amaliy konferensiya materiallari. – Toshkent, 2021. – B. 5–8.
MatchedFuzzy match, S = 1.00
21.
Otajonova S.O. Qayta tiklanuvchi energiya manbalaridan foydalanib nasos stansiyasi energiya samaradorligini oshirish // Til va adabiyot ta'limi. – 2011. – №7. – B. 50–75.
External source
22.
Mamatov Z.K., Jo'rayeva N.J., Fayziyeva S.Z. Elektr tarmog'i mustahkamlik ko'rsatkichlarini eksperimental tadqiqot yordamida optimallashtirish // FarPI ilmiy-texnika jurnali. – 2013. – №10. – B. 1–8. – DRI 20.1029/farpi/2013/v1_i10/62076741
MatchedExact by DRI
23.
Hamroyeva S.Z., Normatova U.M., Petrova A.S. Nasos stansiyasi ishonchliligini genetik algoritm bilan baholash (Sirdaryo viloyati misolida) // TDTU ilmiy-uslubiy jurnali. – 2026. – №1. – B. 23–31.
MatchedFuzzy match, S = 1.00

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.
Toshpo'latov, J. J., & Davletov, Q. U. (2019). Temir yo'l izi tebranish xarakteristikalarini imitatsion modellashtirish yordamida optimallashtirish. Ilm-fan va texnika taraqqiyoti, 6(7), 1–7. URL: https://nationaldri.uz/20.2002/ift/2019/v6_i7/58926166
MatchedExact by DRI→ Temir yo'l izi tebranish xarakteristikalarini imitatsion modellashtirish yordamida optimallashtirish

[2] 2.
Mo'minov R.S. Issiqlik almashtirgich energiya sarfini matematik modellashtirish yordamida optimallashtirish. – Toshkent: Fan, 2014. – 210 b.
External source

[3] 3.
Петрова А.С. Оптимизация энергопотребления асинхронного двигателя методом математического моделирования. – М.: Наука, 2008. – 380 с.
External source

[4] 4.
Hasanova N.R. Transformator podstansiyasi mustahkamlik ko'rsatkichlarini neyron tarmoqlar yordamida optimallashtirish // «Suv resurslaridan oqilona foydalanish» mavzusidagi respublika ilmiy-amaliy konferensiya materiallari. – Toshkent, 2025. – B. 8–11. DRI: 20.1027/tiqxmmiconf2025/2025/75053870
MatchedExact by DRI

[5] 5.
Martin C., Novak P., Brown A. (2005). Teacher professional development in digital learning environments in developing countries. The Lancet, 11, 728–925.
External source

[6] 6.
Морозова Н.Г. Оптимизация режимов работы асинхронного двигателя методом математического моделирования. – М.: Наука, 2020. – 452 с.
Under review

[7] 7.
Anderson R., Nguyen T. (2011). Economic growth and institutional quality in transition economies. Applied Linguistics, 107, 386–922. DOI: 10.1093/applin.2011.476162
External source

[8] 8.
Xoliqov, G'. Z., Smith, J., & Mirzayev, R. O. (2014). G'altakli konveyer mustahkamlik ko'rsatkichlarini matematik modellashtirish yordamida optimallashtirish. Texnika yulduzlari, 1–10.
MatchedFuzzy match, S = 1.00

[9] 9.
Samuelson P., Nordhaus W. Economics. 19th ed. – New York: McGraw-Hill, 2010. – 744 p.
External source

[10] 10.
Петрова А.С. Оптимизация режимов работы асинхронного двигателя методом математического моделирования. – М.: Наука, 2023. – 474 с.
Under review

[11] 11.
Кузнецова Е.А. Оптимизация режимов работы насосной станции методом математического моделирования. – М.: Наука, 1991. – 192 с.
External source

[12] 12.
Комилов И.Ш., Чориева С.Р., Тошпўлатов Ж.Ж., ва бошқ. Сорбентларнинг коррозияга чидамлилигига реаксия вақти таъсири // ФарПИ илмий-техника журнали. – 2016. – Б. 11–15.
MatchedFuzzy match, S = 1.00

[13] 13.
Jalilova, Ch. T. (2024). Issiqlik almashtirgihc energiya sarfini matematik modellashtirish yordamida optimallashtirish. Toshkent.
MatchedFuzzy match, S = 0.99

[14] 14.
Иванов И.И. Оптимизация режимов работы солнечного коллектора методом математического моделирования. – М.: Наука, 2003. – 359 с.
External source

[15] 15.
Davletova, M. J., Baxromova, D. Sh., & Temirova, N. K. (2014). Qayta tiklanuvchi energiya manbalaridan foydalanib issiqlik almashtirgich energiya samaradorligini oshirish. TDTU: fan, ta'lim va innovatsiya, 4(1), 1–12. URL: https://nationaldri.uz/20.1006/tdtufti/2014/v4_i1/58109503
MatchedExact by DRI

[16] 16.
Yo'ldoshev D.I. Tishli uzatma uchun nanomateriallar asosida yangi konstruksiya ishlab chiqish // Til va adabiyot ta'limi. – 2025. – №1. – B. 53–70.
External source

[17] 17.
G'aniyev J.B. Transformator podstansiyasi energiya sarfini sonli usullar yordamida optimallashtirish // «Zamonaviy matematikaning dolzarb muammolari» mavzusidagi xalqaro ilmiy-amaliy konferensiya materiallari. – Toshkent, 2023. – B. 11–13. https://nationaldri.uz/20.1007/farduconf2023/2023/96144618
MatchedExact by DRI

[18] 18.
Ergashev, E. A., & Kamolov, G'. B. (2025). История градостроительства в Средней Азии (на примере Ферганы). Tarix va madaniyat, 10–17.
Under review

[19] 19.
Eshmatov G'.X. Quyosh kollektori uchun nanomateriallar asosida yangi konstruksiya ishlab chiqish: fan nomzodi (PhD) diss. avtoreferati. – Toshkent, 2020. – 104 b. – DRI 20.1029/diss/d2020/72839104
MatchedExact by DRI

[20] 20.
Mamatov Z.K., Norqulova O'.A. ELEKTR TARMOG'I TEXNOLOGIK PARAMETRLARINI NEYRON TARMOQLAR YORDAMIDA OPTIMALLASHTIRISH // «Muhandislik va texnologiyalarning zamonaviy muammolari» mavzusidagi respublika ilmiy-amaliy konferensiya materiallari. – Toshkent, 2021. – B. 5–8.
MatchedFuzzy match, S = 1.00

[21] 21.
Otajonova S.O. Qayta tiklanuvchi energiya manbalaridan foydalanib nasos stansiyasi energiya samaradorligini oshirish // Til va adabiyot ta'limi. – 2011. – №7. – B. 50–75.
External source

[22] 22.
Mamatov Z.K., Jo'rayeva N.J., Fayziyeva S.Z. Elektr tarmog'i mustahkamlik ko'rsatkichlarini eksperimental tadqiqot yordamida optimallashtirish // FarPI ilmiy-texnika jurnali. – 2013. – №10. – B. 1–8. – DRI 20.1029/farpi/2013/v1_i10/62076741
MatchedExact by DRI

[23] 23.
Hamroyeva S.Z., Normatova U.M., Petrova A.S. Nasos stansiyasi ishonchliligini genetik algoritm bilan baholash (Sirdaryo viloyati misolida) // TDTU ilmiy-uslubiy jurnali. – 2026. – №1. – B. 23–31.
MatchedFuzzy match, S = 1.00