[Uz] 🎓🔬 2024 yilda Namangan Davlat Universitetida Sanjarbek Turaboev stajyorlikka kirgan edi va unga ilmiy rahbarlik qilishni boshladim. Sanjar ilmiy guruhimizga kelib, 3 oy davomida molekulyar modellashtirish sirlarini o‘rgandi.
🚀 2025 yilda esa PhD bosqichiga kirib, uglerodli nanotrubkalarning turli gazlarni ajratish qobiliyatini molekulyar darajada tadqiq qilishni boshladi. Qo‘lga kiritilgan natijalari Wiley nashriyotining “Macromolecular Theory and Simulations” jurnalida chop etildi.
🌍 Ushbu nazariy natijalar kelajakda uglerod nanotrubkali membranalar asosida gazlarni samarali va tanlab ajratish texnologiyalarini yaratishda muhim ahamiyat kasb etishi mumkin.
👏 Sanjarni ushbu muvaffaqiyat bilan samimiy tabriklayman! Chin dildan qilingan mehnat bir kun kelib albatta o‘z natijasini beradi.
📄 Maqola haqida batafsil:
https://onlinelibrary.wiley.com/doi/10.1002/mats.70047
[En] 🎓🔬 In 2024, Sanjar Turaboev joined Namangan State University as a trainee, and I began supervising his scientific research. He joined our research group and spent three months learning the fundamentals of molecular modeling.
🚀 In 2025, he started his PhD studies focused on investigating the gas separation properties of carbon nanotubes at the molecular level. The obtained results were published in Wiley’s journal “Macromolecular Theory and Simulations”.
🌍 These theoretical findings may contribute to the future development of carbon nanotube membrane technologies for selective gas separation applications.
👏 I sincerely congratulate Sanjar on this achievement! Hard work and dedication always bring results sooner or later.
📄 More details about the article:
https://onlinelibrary.wiley.com/doi/10.1002/mats.70047
#MolecularDynamics #CarbonNanotubes #GasSeparation #Wiley #MacromolecularTheoryAndSimulations #Science #PhD #IFAR #Uzbekistan
🚀 2025 yilda esa PhD bosqichiga kirib, uglerodli nanotrubkalarning turli gazlarni ajratish qobiliyatini molekulyar darajada tadqiq qilishni boshladi. Qo‘lga kiritilgan natijalari Wiley nashriyotining “Macromolecular Theory and Simulations” jurnalida chop etildi.
🌍 Ushbu nazariy natijalar kelajakda uglerod nanotrubkali membranalar asosida gazlarni samarali va tanlab ajratish texnologiyalarini yaratishda muhim ahamiyat kasb etishi mumkin.
👏 Sanjarni ushbu muvaffaqiyat bilan samimiy tabriklayman! Chin dildan qilingan mehnat bir kun kelib albatta o‘z natijasini beradi.
📄 Maqola haqida batafsil:
https://onlinelibrary.wiley.com/doi/10.1002/mats.70047
[En] 🎓🔬 In 2024, Sanjar Turaboev joined Namangan State University as a trainee, and I began supervising his scientific research. He joined our research group and spent three months learning the fundamentals of molecular modeling.
🚀 In 2025, he started his PhD studies focused on investigating the gas separation properties of carbon nanotubes at the molecular level. The obtained results were published in Wiley’s journal “Macromolecular Theory and Simulations”.
🌍 These theoretical findings may contribute to the future development of carbon nanotube membrane technologies for selective gas separation applications.
👏 I sincerely congratulate Sanjar on this achievement! Hard work and dedication always bring results sooner or later.
📄 More details about the article:
https://onlinelibrary.wiley.com/doi/10.1002/mats.70047
#MolecularDynamics #CarbonNanotubes #GasSeparation #Wiley #MacromolecularTheoryAndSimulations #Science #PhD #IFAR #Uzbekistan
Wiley Online Library
How SWCNT Chirality Governs Gas Transport and Selectivity in Aligned PA–6,6 Membranes: A Molecular Dynamics Study
Chirality-dependent transport of CH4, CO2, and CO in aligned SWCNT/PA–6,6 membranes is revealed by molecular dynamics simulations. Despite identical pore sizes, nanotube chirality modulates adsorptio...
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[Uz] 🎉 Navbatdagi maqolamiz chop etildi!
👨🎓 Shogirdim Shahzod Rasulovning "Cold atmospheric plasma seed treatment enhances germination, early growth and field performance of mung bean (Vigna radiata L.)" nomli ilmiy maqolasi Springer Nature nashriyotining Journal of Crop Science and Biotechnology jurnalida muvaffaqiyatli onlayn nashr etildi. 📚🌍
🔬 Mazkur tadqiqotda sovuq atmosferik plazmaning mosh (Vigna radiata L.) urug‘larining unuvchanligi, dastlabki o‘sishi va dala sharoitidagi mahsuldorligiga ta'siri bilan bir qatorda, ushbu ishlov berish natijasida yuzaga keladigan va keyingi avlodga o‘tuvchi transgeneratsion ta'sirlar ham baholangan.
🌱⚡ Tadqiqot natijalari sovuq atmosferik plazmasining nafaqat birinchi avlod o‘simliklariga, balki keyingi avlodlarga ham ijobiy ta'sir ko‘rsatishi mumkinligini namoyon etadi.
🏆 Journal of Crop Science and Biotechnology qishloq xo‘jaligi va o‘simliklar biotexnologiyasi yo‘nalishidagi xalqaro ilmiy jurnallardan biri bo‘lib, Scopus bazasida indekslangan hamda Q2 kvartiliga mansub hisoblanadi.
🔗 Maqola havolasi:
https://doi.org/10.1007/s12892-026-00361-3
👏 Shohzodni ushbu yutug‘i bilan samimiy tabriklayman va kelgusidagi ilmiy izlanishlarida yanada ulkan muvaffaqiyatlar tilayman. Yosh olimlarimizning xalqaro ilmiy maydondagi bunday natijalari mamlakatimiz ilm-fani taraqqiyotiga munosib hissa qo‘shadi deb ishonaman.
🎓📖 Ilm yo‘lidagi izlanishlar bardavom bo‘lsin!
[Eng] 🎉 Our next paper has appeared online!
👨🎓 My student, Rasulov Shohzod, has successfully published his research article entitled "Cold atmospheric plasma seed treatment enhances germination, early growth and field performance of mung bean (Vigna radiata L.)" in the Journal of Crop Science and Biotechnology published by Springer Nature. 📚🌍
🔬 This study investigated the effects of cold atmospheric plasma treatment on mung bean (Vigna radiata L.) seed germination, early growth, and field performance. In addition, the research evaluated transgenerational effects transmitted to the next generation following plasma treatment.
🌱⚡ The findings demonstrate that cold atmospheric plasma may positively influence not only the directly treated plants but also subsequent generations.
🏆 Journal of Crop Science and Biotechnology is an international peer-reviewed journal in the fields of crop science and plant biotechnology, indexed in Scopus and ranked in the Q2 quartile.
🔗 Article link:
https://doi.org/10.1007/s12892-026-00361-3
👏 I sincerely congratulate Shohzod on this achievement and wish him continued success in his future scientific endeavors. Achievements like this contribute significantly to the advancement of science and inspire young researchers to pursue excellence.
🎓📖 Wishing him continued success in his academic journey!
👨🎓 Shogirdim Shahzod Rasulovning "Cold atmospheric plasma seed treatment enhances germination, early growth and field performance of mung bean (Vigna radiata L.)" nomli ilmiy maqolasi Springer Nature nashriyotining Journal of Crop Science and Biotechnology jurnalida muvaffaqiyatli onlayn nashr etildi. 📚🌍
🔬 Mazkur tadqiqotda sovuq atmosferik plazmaning mosh (Vigna radiata L.) urug‘larining unuvchanligi, dastlabki o‘sishi va dala sharoitidagi mahsuldorligiga ta'siri bilan bir qatorda, ushbu ishlov berish natijasida yuzaga keladigan va keyingi avlodga o‘tuvchi transgeneratsion ta'sirlar ham baholangan.
🌱⚡ Tadqiqot natijalari sovuq atmosferik plazmasining nafaqat birinchi avlod o‘simliklariga, balki keyingi avlodlarga ham ijobiy ta'sir ko‘rsatishi mumkinligini namoyon etadi.
🏆 Journal of Crop Science and Biotechnology qishloq xo‘jaligi va o‘simliklar biotexnologiyasi yo‘nalishidagi xalqaro ilmiy jurnallardan biri bo‘lib, Scopus bazasida indekslangan hamda Q2 kvartiliga mansub hisoblanadi.
🔗 Maqola havolasi:
https://doi.org/10.1007/s12892-026-00361-3
👏 Shohzodni ushbu yutug‘i bilan samimiy tabriklayman va kelgusidagi ilmiy izlanishlarida yanada ulkan muvaffaqiyatlar tilayman. Yosh olimlarimizning xalqaro ilmiy maydondagi bunday natijalari mamlakatimiz ilm-fani taraqqiyotiga munosib hissa qo‘shadi deb ishonaman.
🎓📖 Ilm yo‘lidagi izlanishlar bardavom bo‘lsin!
[Eng] 🎉 Our next paper has appeared online!
👨🎓 My student, Rasulov Shohzod, has successfully published his research article entitled "Cold atmospheric plasma seed treatment enhances germination, early growth and field performance of mung bean (Vigna radiata L.)" in the Journal of Crop Science and Biotechnology published by Springer Nature. 📚🌍
🔬 This study investigated the effects of cold atmospheric plasma treatment on mung bean (Vigna radiata L.) seed germination, early growth, and field performance. In addition, the research evaluated transgenerational effects transmitted to the next generation following plasma treatment.
🌱⚡ The findings demonstrate that cold atmospheric plasma may positively influence not only the directly treated plants but also subsequent generations.
🏆 Journal of Crop Science and Biotechnology is an international peer-reviewed journal in the fields of crop science and plant biotechnology, indexed in Scopus and ranked in the Q2 quartile.
🔗 Article link:
https://doi.org/10.1007/s12892-026-00361-3
👏 I sincerely congratulate Shohzod on this achievement and wish him continued success in his future scientific endeavors. Achievements like this contribute significantly to the advancement of science and inspire young researchers to pursue excellence.
🎓📖 Wishing him continued success in his academic journey!
SpringerLink
Cold atmospheric plasma seed treatment enhances germination, early growth and field performance of mung bean (Vigna radiata L.)
Journal of Crop Science and Biotechnology - Cold atmospheric plasma (CAP) has recently attracted attention as an environmentally friendly technology for improving seed performance and crop...
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Haqiqiy ilmiy hamkorlik erta yoki kech o‘z mevasini beradi!
2025-yil boshida O‘zbekiston Milliy universiteti Kimyo fakulteti, Analitik kimyo kafedrasi professori Nigora Qutlimurotova bilan ilmiy hamkorlikni boshlagan edik. Bugun eski fayllarni ko‘rib, hamkorlikdagi maqolamizning birinchi ishlangan versiyasi 2025-yil fevral oyidayoq tayyor bo‘lganini ko‘rdim.
Albatta, sifatli ilmiy maqola birdaniga tayyor bo‘lib qolmaydi. Ushbu maqola 12 marta qayta ishlanib, takomillashtirilgandan so‘ng 2025-yil 19-avgust kuni Elsevier nashriyotining Results in Chemistry (IF-4.7) jurnaliga topshirilgan edi. 6-iyun kuni esa maqolamiz online tarzda chop etildi.
Maqolada tabiiy sho‘r suvlar tarkibidan litiy ionlarini ajratib olish uchun sellyuloza asosidagi yangi atsetofosfat sorbent sintez qilingan. Tadqiqot natijalari shuni ko‘rsatdiki, ushbu sorbent Li⁺ ionlariga nisbatan yuqori selektivlikka ega bo‘lib, Mg²⁺, Ca²⁺, Fe³⁺ va Al³⁺ kabi boshqa ionlar mavjud bo‘lgan murakkab muhitda ham litiy ionlarini samarali ushlab qoladi.
Sorbent 10 marta qayta ishlatilgandan keyin ham dastlabki sig‘imining 93% dan ortig‘ini saqlab qoldi.
Ushbu ish barqaror, arzon va ekologik jihatdan maqbul litiy ajratib olish texnologiyalarini rivojlantirish yo‘lida muhim ilmiy qadamdir. Bugungi kunda litiy energiya saqlash qurilmalari, akkumulyatorlar va yashil energetika uchun strategik muhim elementlardan biri hisoblanadi.
Prof. Nigora Qutlimuradova va barcha hammualliflarga samarali hamkorlik uchun minnatdorchilik bildiraman. Ilmda sabr, izlanish va jamoaviy mehnat albatta natija beradi.
#Science #Chemistry #LithiumRecovery #ResultsInChemistry #Elsevier #AnalyticalChemistry #SustainableTechnology #Collaboration #TIIAME #IFAR
https://www.sciencedirect.com/science/article/pii/S221171562600514X?via%3Dihub
2025-yil boshida O‘zbekiston Milliy universiteti Kimyo fakulteti, Analitik kimyo kafedrasi professori Nigora Qutlimurotova bilan ilmiy hamkorlikni boshlagan edik. Bugun eski fayllarni ko‘rib, hamkorlikdagi maqolamizning birinchi ishlangan versiyasi 2025-yil fevral oyidayoq tayyor bo‘lganini ko‘rdim.
Albatta, sifatli ilmiy maqola birdaniga tayyor bo‘lib qolmaydi. Ushbu maqola 12 marta qayta ishlanib, takomillashtirilgandan so‘ng 2025-yil 19-avgust kuni Elsevier nashriyotining Results in Chemistry (IF-4.7) jurnaliga topshirilgan edi. 6-iyun kuni esa maqolamiz online tarzda chop etildi.
Maqolada tabiiy sho‘r suvlar tarkibidan litiy ionlarini ajratib olish uchun sellyuloza asosidagi yangi atsetofosfat sorbent sintez qilingan. Tadqiqot natijalari shuni ko‘rsatdiki, ushbu sorbent Li⁺ ionlariga nisbatan yuqori selektivlikka ega bo‘lib, Mg²⁺, Ca²⁺, Fe³⁺ va Al³⁺ kabi boshqa ionlar mavjud bo‘lgan murakkab muhitda ham litiy ionlarini samarali ushlab qoladi.
Sorbent 10 marta qayta ishlatilgandan keyin ham dastlabki sig‘imining 93% dan ortig‘ini saqlab qoldi.
Ushbu ish barqaror, arzon va ekologik jihatdan maqbul litiy ajratib olish texnologiyalarini rivojlantirish yo‘lida muhim ilmiy qadamdir. Bugungi kunda litiy energiya saqlash qurilmalari, akkumulyatorlar va yashil energetika uchun strategik muhim elementlardan biri hisoblanadi.
Prof. Nigora Qutlimuradova va barcha hammualliflarga samarali hamkorlik uchun minnatdorchilik bildiraman. Ilmda sabr, izlanish va jamoaviy mehnat albatta natija beradi.
#Science #Chemistry #LithiumRecovery #ResultsInChemistry #Elsevier #AnalyticalChemistry #SustainableTechnology #Collaboration #TIIAME #IFAR
https://www.sciencedirect.com/science/article/pii/S221171562600514X?via%3Dihub
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Ilmiy tadqiqotlarda sun’iy intellekt imkoniyatlaridan unumli foydalanish — bugungi kun talabi!
Shogirdim Shavkat Kushimboev kompyuterda modellashtirish (computational modeling) jarayonlarini jadallashtirishda Claude AI agentlaridan qanday foydalanish haqida juda foydali video-qoʻllanma tayyorladi.
Zamonaviy tadqiqotlarni tezlashtirish va ish samaradorligini bir necha barobarga oshirishda bunday raqamli yordamchilarning oʻrni beqiyos.
Video qoʻllanma havolasi: https://www.youtube.com/watch?v=O7zAtsdidUE
#SuniyIntellekt #ClaudeAI #Modellashtirish #IlmiyTadqiqot #Productivity #YoshOlimlar
Shogirdim Shavkat Kushimboev kompyuterda modellashtirish (computational modeling) jarayonlarini jadallashtirishda Claude AI agentlaridan qanday foydalanish haqida juda foydali video-qoʻllanma tayyorladi.
Zamonaviy tadqiqotlarni tezlashtirish va ish samaradorligini bir necha barobarga oshirishda bunday raqamli yordamchilarning oʻrni beqiyos.
Video qoʻllanma havolasi: https://www.youtube.com/watch?v=O7zAtsdidUE
#SuniyIntellekt #ClaudeAI #Modellashtirish #IlmiyTadqiqot #Productivity #YoshOlimlar
YouTube
ClaudeAI agentlaridan modellashtirishda foydalanish
#claudeai #modeling #computersimulations
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Thirsty desert lizards inspire a new water-harvesting system https://share.google/Nby3Vw3DTvYdxo1lV
Phys.org
Thirsty desert lizards inspire a new water-harvesting system
When the desert horned lizard (Phrynosoma platyrhinos) is thirsty, it cannot just lap up water or scoop it up like a bird because it lives in environments where water is extremely scarce. Typically, it's ...