About the journal

Applied Nano Materials and Smart Polymers

Applied Nano Materials and Smart Polymers (ANSP) is a dynamic and forward-looking journal dedicated to showcasing cutting-edge research at the intersection of polymer science, fiber technology, nanomaterials, and their practical applications. Our mission is to disseminate high-impact findings with a strong emphasis on the translation of advanced materials research into innovative solutions across diverse industries.

Our Vision

We aim to serve as a premier platform for interdisciplinary research that bridges fundamental polymer science and nanotechnology with real-world applications. The journal fosters collaboration between academia and industry to accelerate the development of next-generation materials and technologies that address global challenges.

Scope and Focus Areas

ANSP welcomes submissions encompassing a wide range of topics within the interdisciplinary field of nanomaterials and smart polymers, including, but not limited to:

• Polymer Science and Engineering: Polymer chemistry, polymer analysis and characterization, polymer physics and theory, polymer processing and engineering, functional polymers, and smart polymeric materials.
• Sustainable Materials: Biomacromolecules, biobased and biodegradable polymers, green chemistry approaches, sustainable production methods, pollution and waste management solutions.
• Composites and Nanostructured Materials: Polymer composites and nanocomposites, fiber-forming polymer blends, nanofibers production and properties, textile reinforcements and composites.
• Fiber and Textile Science: Fiber science, chemistry, and physics, fiber-forming polymer reaction and synthesis, textile processing and innovative technologies (e.g., melt, wet, and dry spinning), nonwovens science and engineering, electrospinning.
• Functional Textiles and Applications: Technical textiles, medical textiles, geotextiles, fibrous filters and membranes, smart and intelligent textiles, colorants and physicochemical aspects of dyeing.
• Chemical Engineering Aspects: Reaction engineering for polymerization, transport phenomena in material processing, separation techniques, catalysis in synthesis, surface chemistry.

Research Topics

The journal's comprehensive scope encompasses:

• Novel synthesis and fabrication methods for polymers and nanomaterials
• Advanced characterization techniques for polymer systems and nanostructured materials
• Structure-property relationships in polymeric materials and nanocomposites
• Stimuli-responsive and smart polymers with controlled functionalities
• Innovative fiber formation processes including electrospinning and other emerging technologies
• Design and development of specialized textiles for technical and medical applications
• Bio-inspired and biomimetic polymer systems
• Sustainable approaches to polymer production and processing
• Surface modification and functionalization of fibrous materials
• Computational modeling and simulation of polymer behavior and properties

Editorial Excellence

Applied Nano Materials and Smart Polymers distinguishes itself through the expertise of its international editorial and scientific board comprising world-renowned researchers, innovators, and industry experts. This esteemed team ensures that all published articles adhere to the highest scientific and ethical standards, representing the most rigorous and impactful research in the field.

Publication Philosophy

We are committed to:

• Rigorous peer review that maintains scientific integrity while offering constructive feedback
• Promoting interdisciplinary approaches that integrate polymer science, nanotechnology, and engineering
• Highlighting both fundamental discoveries and application-driven research
• Facilitating knowledge exchange between materials scientists, chemical engineers, textile specialists, and industry practitioners
• Supporting emerging researchers and novel methodologies that push the boundaries of the field

Join us in advancing the science and technology of polymers, nanomaterials, and textiles through innovative research that spans from molecular design to practical applications addressing contemporary challenges.