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Zenodo
2026
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| Online Access: | https://doi.org/10.5281/zenodo.18307335 |
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| _version_ | 1866901648703488000 |
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| author | Quiroz, Nicolas Brian |
| author_facet | Quiroz, Nicolas Brian |
| contents | <p>This record contains a conceptual preprint examining the design architecture and synergistic mechanisms of a multifunctional rubber-based composite comprising a rubber matrix with silica, nano copper, and magnetite additives. The manuscript analyzes component roles, interfacial interactions, and system-level integration that enable mechanical durability, antimicrobial functionality, thermal management support, and electromagnetic interference attenuation within a unified elastomeric material architecture.</p> <p>The work is explicitly theoretical and explanatory in nature. No experimental data, performance benchmarking, manufacturing optimizations, or new embodiments are presented. All discussion is limited to conceptual mechanisms and design logic consistent with a pending U.S. patent application filed July 18, 2024, which has entered public disclosure. The manuscript does not introduce new technical disclosures beyond the referenced patent scope.</p> <p>This preprint is intended to support scientific understanding of integrated elastomeric composite design, clarify non-obvious architectural synergy, and provide context for future experimental or industrial evaluation. It is not a manufacturing guide, performance study, or optimization report.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_18307335 |
| institution | Zenodo |
| language | |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Design Architecture and Synergistic Mechanisms in a Multifunctional Rubber-Based Composite Quiroz, Nicolas Brian Multifunctional composites Elastomeric materials Rubber composites Antimicrobial materials Electromagnetic shielding EMI attenuation Thermal management materials Composite material design Materials architecture <p>This record contains a conceptual preprint examining the design architecture and synergistic mechanisms of a multifunctional rubber-based composite comprising a rubber matrix with silica, nano copper, and magnetite additives. The manuscript analyzes component roles, interfacial interactions, and system-level integration that enable mechanical durability, antimicrobial functionality, thermal management support, and electromagnetic interference attenuation within a unified elastomeric material architecture.</p> <p>The work is explicitly theoretical and explanatory in nature. No experimental data, performance benchmarking, manufacturing optimizations, or new embodiments are presented. All discussion is limited to conceptual mechanisms and design logic consistent with a pending U.S. patent application filed July 18, 2024, which has entered public disclosure. The manuscript does not introduce new technical disclosures beyond the referenced patent scope.</p> <p>This preprint is intended to support scientific understanding of integrated elastomeric composite design, clarify non-obvious architectural synergy, and provide context for future experimental or industrial evaluation. It is not a manufacturing guide, performance study, or optimization report.</p> |
| title | Design Architecture and Synergistic Mechanisms in a Multifunctional Rubber-Based Composite |
| topic | Multifunctional composites Elastomeric materials Rubber composites Antimicrobial materials Electromagnetic shielding EMI attenuation Thermal management materials Composite material design Materials architecture |
| url | https://doi.org/10.5281/zenodo.18307335 |