Materials of Tomorrow: MIT’s Breakthrough in Predicting Stable Metal-Organic Frameworks
https://scitechdaily.com/materials-of-tomorrow-mits-breakthrough-in-predicting-stable-metal-organic-frameworks/
https://scitechdaily.com/materials-of-tomorrow-mits-breakthrough-in-predicting-stable-metal-organic-frameworks/
SciTechDaily
Materials of Tomorrow: MIT’s Breakthrough in Predicting Stable Metal-Organic Frameworks
These highly stable metal-organic frameworks could be useful for applications such as capturing greenhouse gases. MIT researchers developed a computational model to predict the stability of metal-organic frameworks (MOFs) and identified 10,000 ultrastable…
Will ChatGPT replace computational materials scientists?
https://phys.org/news/2023-04-chatgpt-materials-scientists.html
https://phys.org/news/2023-04-chatgpt-materials-scientists.html
phys.org
Will ChatGPT replace computational materials scientists?
"ChatGPT is a very impressive tool," says Zijian Hong, professor at the School of Materials Science and Engineering, Zhejiang University, China, and author of a new work published in the journal Energy ...
Scientists increase efficiency of enzyme that breaks down PET plastic
https://phys.org/news/2023-04-scientists-efficiency-enzyme-pet-plastic.html
https://phys.org/news/2023-04-scientists-efficiency-enzyme-pet-plastic.html
phys.org
Scientists increase efficiency of enzyme that breaks down PET plastic
One of the most widely used plastics in the world is polyethylene terephthalate, or PET for short. It is everywhere in our daily lives in the form of reusable PET drink bottles. At the end of the lifecycle ...
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Using bacteria to convert CO2 in the air into a polyester
https://phys.org/news/2023-03-bacteria-co2-air-polyester.html
https://phys.org/news/2023-03-bacteria-co2-air-polyester.html
phys.org
Using bacteria to convert CO2 in the air into a polyester
A team of chemical and biomolecular engineers at Korea Advanced Institute of Science and Technology has developed a scalable way to use bacteria to convert CO2 in the air into a polyester. In their paper, ...
E'lon:
Biz quyidagi qiziqarli loyihalar uchun tadqiqot guruhimizga qo'shilish istagida bo'lgan PhD studentlarni izlamoqdamiz:
1. Chiqindi suvlarni plazma yordamida tozalash: eksperimental va atomar darajadagi tadqiqot.
2. Plazma bilan matoga ishlov berish yordamida bo'yash jarayonini yaxshilash: nazariy va amaliy tadqiqot.
3. Plazma hosil qiladigan reaktiv kislorod va azot zarralari yordamida viruslarni zararsizlantirish: molekulyar darajadagi tushunchalar.
Nomzodlar ingliz tilini yaxshi bilishi bilan birga fizik-kimyo, biologiya va modellashtirish bo'yicha professional tushunchaga ega bo'lishi kerak. Biz muhim ilmiy natijalarga erishmoqchi bo'lgan va o'z natijalarini xalqaro jurnallarda nashr etishga intiladigan kadrlarni izmoqdamiz.
Agar siz ushbu talablarga javob bersangiz va plazma fizikasi va biotexnologiyasi sohasidagi ilg'or tadqiqotlarga hissa qo'shishdan manfaatdor bo'lsangiz, iltimos, o'z rezyumeingizni telegram -@Jrazzokov1986 manziliga yuboring.
Biz quyidagi qiziqarli loyihalar uchun tadqiqot guruhimizga qo'shilish istagida bo'lgan PhD studentlarni izlamoqdamiz:
1. Chiqindi suvlarni plazma yordamida tozalash: eksperimental va atomar darajadagi tadqiqot.
2. Plazma bilan matoga ishlov berish yordamida bo'yash jarayonini yaxshilash: nazariy va amaliy tadqiqot.
3. Plazma hosil qiladigan reaktiv kislorod va azot zarralari yordamida viruslarni zararsizlantirish: molekulyar darajadagi tushunchalar.
Nomzodlar ingliz tilini yaxshi bilishi bilan birga fizik-kimyo, biologiya va modellashtirish bo'yicha professional tushunchaga ega bo'lishi kerak. Biz muhim ilmiy natijalarga erishmoqchi bo'lgan va o'z natijalarini xalqaro jurnallarda nashr etishga intiladigan kadrlarni izmoqdamiz.
Agar siz ushbu talablarga javob bersangiz va plazma fizikasi va biotexnologiyasi sohasidagi ilg'or tadqiqotlarga hissa qo'shishdan manfaatdor bo'lsangiz, iltimos, o'z rezyumeingizni telegram -@Jrazzokov1986 manziliga yuboring.
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Dars 15: Jamoamiz a'zosi 4-kurs talabasi Muhammadali Niyozaliev Gibbs erkin energiyasini molekulyar dinamika uslubida qanday hisoblash kerakligini batafsil tushuntirib bergan. Bu kimyoviy potensial ham deb aytiladi yani molekulani suyuqlikka kiritish uchun qancha ish bajarilishi kerakligini ko'rsatadi. Agar molekula uchun suvga kirish erkin energiyasi qiymatlari manfiy bo'lsa, jarayon tashqi kuchlarsiz spontan ro'y beradi (suv bilan aralashma hosil qiladi deb xulosa qilish mumkin). Agar musbat qiymatlarni ko'rsatsa katta ehtimollik bilan molekula gidropob xususiyatga ega bo'ladi, yani suv bilan aralashma hosil qilmaydi yoki fazaviy ajralish ro'y beradi. Metod haqida qo'shimcha o'qish uchun resurslar: 1) https://en.wikipedia.org/wiki/Thermodynamic_integration#:~:text=In%20thermodynamic%20integration%2C%20the%20free,chemical%20processes%20or%20alchemical%20processes.
2) https://manual.gromacs.org/documentation/2019-rc1/reference-manual/algorithms/free-energy-calculations.html
2) https://manual.gromacs.org/documentation/2019-rc1/reference-manual/algorithms/free-energy-calculations.html
Molecular Magic – Researchers Develop Lightweight 2D Material Stronger Than Steel
https://scitechdaily.com/molecular-magic-researchers-develop-lightweight-2d-material-stronger-than-steel/
https://scitechdaily.com/molecular-magic-researchers-develop-lightweight-2d-material-stronger-than-steel/
SciTechDaily
Molecular Magic – Researchers Develop Lightweight 2D Material Stronger Than Steel
Scientists from Rice University and the University of Maryland lead efforts to overcome a major barrier. Despite being recognized as some of the strongest substances on Earth, utilizing 2D materials to their full potential has proven to be a difficult task.…
Screenshot 2023-05-15 010011.png
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[UZ] 🌟 ResearchGate (researchgate.net) - Olimlar birlashgan platforma! 🧪✨
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ResearchGate platformasida hamfikr tadqiqotchilar bilan bog'laning! 🤝🌍 Ko'nikmalaringizni baham ko'ring, muloqot qiling va sohangiz bo'yicha yangi maqolalardan xabardor bo'ling. 💡📚
Kompyuterni modellashtirish bo'yicha mutaxassis sifatida men butun dunyo bo'ylab yosh tadqiqotchilarga yordam berdim va ularning savollariga bevosita profilimda javob berdim! 🖊🎓 Ushbu platforma yordamida Yevropa, Pokiston, Hindiston va Xitoylik olimlar bilan hamkorlikni yo’lga qo’ydim. 🌍🤝
Keng imkoniyatlar beruvchi ResearchGate hamjamiyatining bir qismiga aylaning va ilmiy sayohatingizni oshirishda davom eting! 🔬🚀
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Connect with like-minded researchers on ResearchGate platform! 🤝🌍 Share skills, communicate, and stay up-to-date with fresh papers in your field. 💡📚
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Connect with like-minded researchers on ResearchGate platform! 🤝🌍 Share skills, communicate, and stay up-to-date with fresh papers in your field. 💡📚
As a computer modeling expert, I've helped young scientists worldwide, providing answers to their burning questions right on my profile! 🖊🎓 I’ve established collaborations with scientists from Europe, Pakistan, India and China. 🌍🤝
Unlock a world of possibilities and be part of the ResearchGate community, where collaboration and innovation thrive. Join now and ignite your scientific journey! 🔬🚀
Yesterday, the International Scientific Conference on "New Materials and Helio-technologies" kicked off in the Institute of Material Sciences, Parkent region. The conference drew scientists from around the world, including South Korea, Switzerland, the US, Germany, China, Italy, France, Kazakhstan, Azerbaijan, Belarus, and Russia. Prof. Anvar Zakhidov delivered an amazing plenary talk on Carbon nanostructures and their applications, followed by insightful presentations from Prof. Gurdial Blugan and Dr. N. Sena Yüzbasi on Silicon oxycarbide-tin nanocomposites for high performance anode materials for Li-ion batteries and high-performance ceramics. We also discussed potential collaborations with Prof. Jingxiang Low on CO2 conversion. My student Davron Abduvokhidov presented his first talk on bio-nanosensors. Though Prof. Masaharu Shiratani couldn't attend the event, he did send a short video message. All in all, it was an enlightening conference.