Articles Vol. 5. Issue 1, 2026

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Uzbekistan Journal of PolymersVol. 5. Issue 1. (2026)

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Uzbekistan Journal of PolymersVol. 5. Issue 1. (2026) 260101

MACHINE LEARNING AND AI IN POLYMER SCIENCE: A REVIEW OF PROGRESS, CHALLENGES, AND FUTURE DIRECTIONS

Ilnar N. Nurgaliev, Murad B. Marasulov, Akbarxon I. Hamzayev, Akmal B. Abilkasimov


Recent years have witnessed a profound transformation in polymer science driven by the rapid integration of machine learning (ML) and artificial intelligence (AI). This review provides a comprehensive and up-to-date analysis of advances in ML applications across the polymer ... Read More

Keywords:  machine, learning, polymer, science, materials
02 April 2026  
Uzbekistan Journal of PolymersVol. 5. Issue 1. (2026) 260102

OBTAINING COMPOSITE MATERIALS BASED ON POLYPROPYLENE AND STARCH

Doniyor D. Shomurodov, Islom Kh. Turdikulov, Abdumutalib A. Atakhanov


Due to the large-scale utilization of plastic products in our lives and their long decomposition time, nature is becoming disposed of with plastic waste every year. In this work, the opportunity of obtaining biodegradable compositions based on synthetic and ... Read More

Keywords:  thermoplastic, starch, polyethylene, plasticizer, biodegradability
02 April 2026  
Uzbekistan Journal of PolymersVol. 5. Issue 1. (2026) 260103

FORMATION AND CHARACTERIZATION OF POLYMER-DISSOLVING MICRONEEDLES FOR THE TRANSDERMAL DELIVERY SYSTEMS

Khurshidabonu I. Burkhonova, Khaydar E. Yunusov, Abdushukur A. Sarymsakov, Abdumutollib A. Аtakhanov, Guohua Jiang, Yanfang Sun


Dissolving polymer microneedles based on hydroxypropyl methylcellulose (HPMC), sodium carboxymethylcellulose (Na-CMC), polyvinyl alcohol (PVA), and their binary hydrogel blends were fabricated using a micromolding technique and systematically characterized. The influence of polymer type, concentration, viscosity, and blending on microneedle ... Read More

Keywords:  Dissolving, microneedles, polymer, micromolding, hydroxypropyl
02 April 2026  
Uzbekistan Journal of PolymersVol. 5. Issue 1. (2026) 260104

CoFeNi–P/NF ELECTROCATALYST WITH ENHANCED BIFUNCTIONAL ACTIVITY FOR EFFICIENT ALKALINE WATER SPLITTING

Farhodjon Hoshimov, Khakimjan Butanov, Shavkat Mamatkulov and Olim Ruzimuradova


A rationally engineered ternary phosphide electrocatalyst CoFeNi-P/NF was developed through hydrothermal growth followed by controlled vapor-phase phosphorization to address the kinetic limitations of alkaline water splitting. Phosphorization induced profound electronic modulation and surface reconstruction of the CoFeNi nanosheet framework, ... Read More

Keywords:  bifunctional, electrocatalyst, hydrogen, evolution, reaction
02 April 2026  
Uzbekistan Journal of PolymersVol. 5. Issue 1. (2026) 260105

NEW FUNCTIONALIZED SORPTION MATERIAL BASED ON INDUSTRIAL ANION EXCHANGER

Mohinur N. Po’latova, Suyun Y. Xushvaqtov, Davron J. Bekchanov


The origin of the problem is associated with the expansion of application areas of ion-exchange resins used on an industrial scale. The aim of the research is to obtain polyampholytes with new sorption properties through secondary modification of ion-exchange ... Read More

Keywords:  AN-, chloroacetic, acid, derivative, sodium
02 April 2026  
Uzbekistan Journal of PolymersVol. 5. Issue 1. (2026) 260106

ENGINEERING TUNABLE HYDROGEL MICROENVIRONMENTS FOR ENHANCED ORGANOID DEVELOPMENT AND TISSUE REGENERATION

Mohira B. Nuraddinova, Fayzulla N. Nurkulov


Hydrogels have emerged as indispensable biomaterials in tissue engineering and organoid technology due to their structural similarity to the native extracellular matrix (ECM), tunable mechanical properties, and high-water content. Recent advances demonstrate that matrix stiffness, degradability, and biochemical functionalization ... Read More

Keywords:  hydrogels, models, diabetic, processing, oleogels
02 April 2026  

Announcement

Dear scientists, colleagues!

We inform you that according to Decision № 355/5 dated June 7, 2024, and № 357 dated Jule 3, 2024 of the Higher Attestation Commission under the Ministry of Higher Education, Science and Innovation of the Republic of Uzbekistan the journal "Uzbekistan Journal of Polymers" is included in the List of Recommended Scientific Editions for Publication of Basic Scientific Results of Dissertations by Supreme Attestation Commission of the Republic of Uzbekistan for Doctor of Philosophy (PhD) and Doctor of Science (DSc) in the specialties: chemical sciences (02.00.00), pharmaceutical sciences (15.00.00), physical and mathematical sciences (01.00.00) and technical sciences (05.00.00)

Regards
Editorial Office
Uzbekistan Journal of Polymers

Uzbekistan Journal of Polymers Vol. 2. Issue 2. (2023)

Special Issue:
Dedicated to the 80th anniversary of the outstanding Uzbek chemist Sayyora Sharafovna Rashidova

POLYMER   |  PHYSICS   |  CHEMISTRY   |  NANO-PARTICLE


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