About Journal of Polymer Science Research
A premier open access platform advancing polymer chemistry, materials engineering, and macromolecular innovation through rigorous peer-reviewed scholarship.
Pioneering Polymer Science for a Materials-Driven Future
The Journal of Polymer Science Research (JPOR) serves as a dynamic forum for disseminating cutting-edge research across the multidisciplinary landscape of polymer science. From fundamental synthesis mechanisms to advanced materials characterization, JPOR publishes original investigations, comprehensive reviews, and technical communications that propel the field forward.
Our mission centers on three core pillars: scientific rigor ensured through expert peer review, rapid publication that accelerates knowledge transfer, and open access that democratizes polymer science globally. We welcome contributions exploring synthesis strategies, structure-property relationships, processing technologies, and functional applications spanning nanotechnology, biomaterials, energy storage, and sustainable materials.
JPOR's editorial framework prioritizes methodological transparency, reproducibility, and translational impact — connecting laboratory discoveries with industrial innovation and environmental solutions.
Polymer science operates at the intersection of chemistry, physics, engineering, and materials science — demanding publication venues that understand both molecular precision and macroscopic performance. JPOR offers researchers a trusted platform where synthetic innovation meets rigorous evaluation.
Our editorial board comprises leading polymer chemists, materials engineers, and characterization specialists who evaluate submissions across synthesis methodology, analytical rigor, structural elucidation, and mechanistic interpretation. Reviewers assess experimental design, spectroscopic evidence, thermal/mechanical analysis, and contextual positioning within current polymer literature.
Accepted manuscripts benefit from professional copyediting, high-resolution figure optimization, chemical structure verification, and immediate indexing across academic databases. Authors retain copyright under Creative Commons licensing, enabling unrestricted dissemination for teaching, research, and industrial application.
JPOR actively solicits manuscripts advancing polymer science across synthesis, characterization, processing, and application domains. Our scope encompasses fundamental macromolecular chemistry alongside applied materials engineering.
Polymer Synthesis & Mechanisms
Controlled radical polymerization, ring-opening reactions, step-growth mechanisms, catalyst development, kinetic modeling, and structure control strategies.
Polymer Characterization
NMR spectroscopy, mass spectrometry, chromatographic analysis (GPC/SEC), thermal analysis (DSC/TGA), X-ray diffraction, and microscopy techniques.
Structure-Property Relationships
Molecular architecture effects, crystallinity impacts, glass transition phenomena, mechanical properties, rheological behavior, and degradation mechanisms.
Functional & Smart Polymers
Stimuli-responsive systems, self-healing materials, shape-memory polymers, conductive polymers, and environmentally adaptive architectures.
Polymer Nanocomposites
Nanoparticle dispersion, interface chemistry, reinforcement mechanisms, nanofiller effects, and multifunctional composite design.
Biopolymers & Natural Polymers
Polysaccharide chemistry, protein-based materials, lignin valorization, cellulose modification, and bio-derived polymer synthesis.
Polymer Processing & Engineering
Extrusion, injection molding, additive manufacturing, fiber spinning, film casting, and processing-structure-property correlations.
Sustainable Polymer Science
Biodegradable polymers, recycling technologies, circular economy strategies, bio-based feedstocks, and environmental impact assessment.
Polymer Applications
Coatings and adhesives, packaging materials, membrane technologies, electronic materials, energy storage, and specialty applications.
JPOR welcomes research addressing the following polymer categories and applications:
- Carbohydrate polymers: cellulose, starch, chitosan, alginate derivatives and their chemical modifications
- Synthetic polymers: polyolefins, polyesters, polyamides, vinyl polymers, and acrylic systems
- Water-soluble polymers: PEG, PVA, polyacrylamides, and hydrophilic architectures
- Molecularly imprinted polymers: recognition sites, template strategies, and selective binding mechanisms
- Polymer-drug conjugates: synthesis strategies, linker chemistry, and controlled release mechanisms
- Mucoadhesive polymers: interfacial interactions, bioadhesion mechanisms, and mucosal delivery systems
- Conducting polymers: charge transport, doping mechanisms, and electronic applications
- Block copolymers: self-assembly, phase behavior, and nanoscale morphologies
- Polymer blends and alloys: miscibility, compatibilization, and synergistic properties
JPOR's editorial board brings together internationally recognized experts spanning polymer synthesis, materials characterization, processing science, and applications research. Our editors ensure methodological rigor while fostering innovation across traditional and emerging polymer domains.
To maintain scientific excellence, JPOR requires authors to adhere to disciplinary standards for polymer research reporting. Comprehensive guidelines are available on our Instructions for Authors page.
- Originality: Manuscripts must present unpublished research not under consideration elsewhere. Preprint posting on recognized servers (e.g., ChemRxiv) is permitted.
- Authorship: All listed authors must have made substantive intellectual contributions. Follow CRediT taxonomy for contribution statements.
- Language: Submissions must be in English. Consider JPOR's language editing service if needed.
- Formatting: Use journal templates for structure. Include structured abstract (≤ 250 words), keywords, introduction, methods, results, discussion, and conclusions.
- Chemical Structures: Provide high-resolution chemical structures using ChemDraw or equivalent. Ensure clarity at publication size.
- Spectroscopic Data: Include essential characterization spectra (NMR, FTIR, MS) as supplementary files. Annotate peaks clearly.
- Data Availability: Deposit large datasets, crystallographic data, or computational files in recognized repositories (e.g., Cambridge Structural Database, Polymer Data Handbook).
JPOR employs single-blind peer review, with option for double-blind upon author request. Manuscripts undergo initial editorial screening for scope fit, followed by evaluation by 2-3 expert reviewers. Reviewers assess:
- Synthetic methodology and experimental rigor
- Spectroscopic and analytical data quality
- Structure characterization completeness
- Mechanistic interpretation validity
- Statistical analysis appropriateness
- Literature contextualization and novelty
Authors receive decisions with detailed feedback typically within 3-4 weeks. Revised manuscripts are re-evaluated rapidly to maintain publication momentum.
JPOR operates as an open access journal, requiring Article Processing Charges (APCs) to cover editorial operations, peer review coordination, copyediting, and permanent archiving. Detailed pricing and institutional discounts are available on our APC information page.
Waivers and reductions are available for authors from low-income countries and those facing financial hardship. Contact [email protected] to discuss eligibility before submission.
"Publishing with Open Access Pub journals exceeded my expectations. The submission process was streamlined and intuitive, with clear guidance at every stage. The peer review was thorough yet constructive, completed within a reasonable timeframe that respected our research deadlines. The rapid publication following acceptance allowed us to disseminate our polymer synthesis work promptly to the scientific community."
"The editorial team demonstrated exceptional professionalism and responsiveness throughout the publication process. Their user-friendly submission system provided real-time manuscript tracking, while reviewer feedback was delivered efficiently with actionable suggestions that genuinely improved our manuscript quality. This level of author-centric communication sets a new standard in academic publishing."
Advance Polymer Science with JPOR
Join the global community of polymer chemists, materials engineers, and researchers shaping the future of macromolecular science. Submit your breakthrough research to a journal that values scientific rigor, rapid dissemination, and open access impact.