FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1589737286> ?p ?o ?g. }

• W1589737286 abstract "The rapidly evolving field of nanotechnology has sparked a great level of interest and enthusiasm from the research and industrial community. Given the enormous promise that engineered nanomaterials and nanoproducts offer, it is essential to investigate the potential life cycle environmental impacts of emerging nanotechnologies for guiding their sustainable development. One rapidly emerging class of engineered nanoscale materials is carbon nanofibers (CNFs). While studies regarding the toxicological impacts of CNFs are needed, holistic understanding of the impact of CNFs and nanoproducts using systems analysis is central for their safe and sustainable development. Systems analysis with life cycle thinking offers a good tool for evaluating the broader impacts of emerging technologies at an early stage of research. This chapter will examine the needs, challenges, and promises of life cycle assessment (LCA) in the evaluation of CNFs and CNF-based products. A general introduction to LCA is explained in the first part of the chapter and the challenges and promises for the LCA of nanoproducts are identified. The use of LCA in guiding sustainable development of nanotechnology is illustrated in greater detail with a discussion on LCA of CNFs in section 2. Section 3 describes the life cycle energetic impacts of the use of CNFbased polymer composites in auto body panels as a potential replacement for traditional materials. A brief discussion of the toxicological impacts of CNFs is presented in section 4. Section 5 summarizes the major findings and provides directions for future research. Nanotechnology is a fast emerging technology with large number of consumer goods containing engineered nanomaterials already in production [1, 2]. The potential impact of nanotechnology derives from the fact that unprecedented material properties are being discovered in nanoscale materials that enable a broad spectrum of novel applications. One such class of materials is carbonaceous nanomaterials. The last 25 years have seen the discovery of a variety of carbonaceous nanomaterials including fullerenes, nanotubes, nanohorns, and nanofibers [3]. Carbon Nanofibers (CNFs) belong to a new class of materials that have exceptional mechanical properties like high tensile strength (12000 MPa) that is approximately 10 times that of steel [4, 5]. Besides mechanical strength, CNFs possess novel electrical properties like high electrical conductivity. These properties of CNFs are being explored in a variety of ways by imparting functionalities in various intermediate and final value-added consumer products. Applications include the use of CNFs as reinforcements for high strength polymer nanocomposites, use in carbon-lithium batteries, and electrically" @default.
• W1589737286 created "2016-06-24" @default.
• W1589737286 creator A5009537083 @default.
• W1589737286 creator A5022552128 @default.
• W1589737286 date "2011-11-14" @default.
• W1589737286 modified "2023-09-23" @default.
• W1589737286 title "Carbon Nanofibers: Evaluation of Life Cycle Environmental Impacts" @default.
• W1589737286 cites W1522142134 @default.
• W1589737286 cites W1535028519 @default.
• W1589737286 cites W1595638369 @default.
• W1589737286 cites W1973271324 @default.
• W1589737286 cites W1980656751 @default.
• W1589737286 cites W1982792076 @default.
• W1589737286 cites W1988578719 @default.
• W1589737286 cites W1992569247 @default.
• W1589737286 cites W1995101608 @default.
• W1589737286 cites W1997505702 @default.
• W1589737286 cites W2001845969 @default.
• W1589737286 cites W2006729360 @default.
• W1589737286 cites W2007849026 @default.
• W1589737286 cites W2016085763 @default.
• W1589737286 cites W2017787111 @default.
• W1589737286 cites W2019973885 @default.
• W1589737286 cites W2024847125 @default.
• W1589737286 cites W2028166977 @default.
• W1589737286 cites W2032205876 @default.
• W1589737286 cites W2035531193 @default.
• W1589737286 cites W2040314104 @default.
• W1589737286 cites W2053644503 @default.
• W1589737286 cites W2054478882 @default.
• W1589737286 cites W2057504182 @default.
• W1589737286 cites W2065379666 @default.
• W1589737286 cites W2068500323 @default.
• W1589737286 cites W2071286593 @default.
• W1589737286 cites W2076672475 @default.
• W1589737286 cites W2081570538 @default.
• W1589737286 cites W2107989533 @default.
• W1589737286 cites W2111519025 @default.
• W1589737286 cites W2115465710 @default.
• W1589737286 cites W2127304878 @default.
• W1589737286 cites W2138003976 @default.
• W1589737286 cites W2138734705 @default.
• W1589737286 cites W2142192302 @default.
• W1589737286 cites W2145001730 @default.
• W1589737286 cites W2149169462 @default.
• W1589737286 cites W2151570064 @default.
• W1589737286 cites W2161663712 @default.
• W1589737286 cites W2162459979 @default.
• W1589737286 cites W2591722948 @default.
• W1589737286 cites W2750193841 @default.
• W1589737286 cites W2972532280 @default.
• W1589737286 cites W43425391 @default.
• W1589737286 cites W576966012 @default.
• W1589737286 doi "https://doi.org/10.5772/23901" @default.
• W1589737286 hasPublicationYear "2011" @default.
• W1589737286 type Work @default.
• W1589737286 sameAs 1589737286 @default.
• W1589737286 citedByCount "0" @default.
• W1589737286 crossrefType "book-chapter" @default.
• W1589737286 hasAuthorship W1589737286A5009537083 @default.
• W1589737286 hasAuthorship W1589737286A5022552128 @default.
• W1589737286 hasBestOaLocation W15897372861 @default.
• W1589737286 hasConcept C104779481 @default.
• W1589737286 hasConcept C139719470 @default.
• W1589737286 hasConcept C140205800 @default.
• W1589737286 hasConcept C159985019 @default.
• W1589737286 hasConcept C162324750 @default.
• W1589737286 hasConcept C192562407 @default.
• W1589737286 hasConcept C2778348673 @default.
• W1589737286 hasConcept C2778706760 @default.
• W1589737286 hasConcept C39432304 @default.
• W1589737286 hasConceptScore W1589737286C104779481 @default.
• W1589737286 hasConceptScore W1589737286C139719470 @default.
• W1589737286 hasConceptScore W1589737286C140205800 @default.
• W1589737286 hasConceptScore W1589737286C159985019 @default.
• W1589737286 hasConceptScore W1589737286C162324750 @default.
• W1589737286 hasConceptScore W1589737286C192562407 @default.
• W1589737286 hasConceptScore W1589737286C2778348673 @default.
• W1589737286 hasConceptScore W1589737286C2778706760 @default.
• W1589737286 hasConceptScore W1589737286C39432304 @default.
• W1589737286 hasLocation W15897372861 @default.
• W1589737286 hasLocation W15897372862 @default.
• W1589737286 hasOpenAccess W1589737286 @default.
• W1589737286 hasPrimaryLocation W15897372861 @default.
• W1589737286 hasRelatedWork W1553123768 @default.
• W1589737286 hasRelatedWork W2035942986 @default.
• W1589737286 hasRelatedWork W2063257451 @default.
• W1589737286 hasRelatedWork W2356747452 @default.
• W1589737286 hasRelatedWork W2372097817 @default.
• W1589737286 hasRelatedWork W2376798787 @default.
• W1589737286 hasRelatedWork W2605969792 @default.
• W1589737286 hasRelatedWork W2895916224 @default.
• W1589737286 hasRelatedWork W3037672713 @default.
• W1589737286 hasRelatedWork W3117455554 @default.
• W1589737286 isParatext "false" @default.
• W1589737286 isRetracted "false" @default.
• W1589737286 magId "1589737286" @default.
• W1589737286 workType "book-chapter" @default.