FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2023087360> ?p ?o ?g. }

• W2023087360 endingPage "034016" @default.
• W2023087360 startingPage "034016" @default.
• W2023087360 abstract "A short description of approaches for carbon nanostructures synthesis is made and the advantages of using plasma during the growth are presented. As a particular example of a plasma based technique we detail the process of downstream carbon nanowall (CNW) synthesis by a radiofrequency expanding plasma beam. The technique combines magnetron sputtering for catalyst deposition and plasma enhanced chemical vapor deposition (main gas: argon, active gas: hydrogen, precursor gas: acetylene) for carbon growth in a single reactor. The analysis focuses on the correlation between the material properties and the plasma characteristics measured at different points along the flow axis, aiming to reveal the importance of plasma species in the growth process. The material properties were investigated by scanning and transmission electron microscopy, whereas the plasma data were obtained by optical emission spectroscopy, Langmuir probes and mass spectrometry. CNWs with a large area and well isolated from each other are obtained at an optimum distance from the precursor injection point where the plasma presents an enhanced content of carbon nanoclusters. The possible processes responsible for the growth are discussed." @default.
• W2023087360 created "2016-06-24" @default.
• W2023087360 creator A5003405434 @default.
• W2023087360 creator A5004109256 @default.
• W2023087360 creator A5007833462 @default.
• W2023087360 creator A5057454323 @default.
• W2023087360 creator A5067542763 @default.
• W2023087360 creator A5072872334 @default.
• W2023087360 date "2010-05-21" @default.
• W2023087360 modified "2023-10-11" @default.
• W2023087360 title "Plasma techniques for nanostructured carbon materials synthesis. A case study: carbon nanowall growth by low pressure expanding RF plasma" @default.
• W2023087360 cites W1529676500 @default.
• W2023087360 cites W1638836092 @default.
• W2023087360 cites W1964707704 @default.
• W2023087360 cites W1965192542 @default.
• W2023087360 cites W1970383196 @default.
• W2023087360 cites W1971638201 @default.
• W2023087360 cites W1972551233 @default.
• W2023087360 cites W1975825463 @default.
• W2023087360 cites W1978025488 @default.
• W2023087360 cites W1985470466 @default.
• W2023087360 cites W1986329405 @default.
• W2023087360 cites W1988355751 @default.
• W2023087360 cites W1990105182 @default.
• W2023087360 cites W1992235301 @default.
• W2023087360 cites W1995658206 @default.
• W2023087360 cites W1996254154 @default.
• W2023087360 cites W1996466565 @default.
• W2023087360 cites W1997761463 @default.
• W2023087360 cites W1998746992 @default.
• W2023087360 cites W1999035972 @default.
• W2023087360 cites W2000917662 @default.
• W2023087360 cites W2003794610 @default.
• W2023087360 cites W2006978367 @default.
• W2023087360 cites W2008928035 @default.
• W2023087360 cites W2013396114 @default.
• W2023087360 cites W2013453955 @default.
• W2023087360 cites W2014894405 @default.
• W2023087360 cites W2026933274 @default.
• W2023087360 cites W2027778933 @default.
• W2023087360 cites W2034150944 @default.
• W2023087360 cites W2038315497 @default.
• W2023087360 cites W2039816058 @default.
• W2023087360 cites W2040914901 @default.
• W2023087360 cites W2044151949 @default.
• W2023087360 cites W2045981793 @default.
• W2023087360 cites W2046251407 @default.
• W2023087360 cites W2046328987 @default.
• W2023087360 cites W2047050452 @default.
• W2023087360 cites W2047193216 @default.
• W2023087360 cites W2050448594 @default.
• W2023087360 cites W2053008263 @default.
• W2023087360 cites W2053465514 @default.
• W2023087360 cites W2057183153 @default.
• W2023087360 cites W2063655592 @default.
• W2023087360 cites W2065751491 @default.
• W2023087360 cites W2072059856 @default.
• W2023087360 cites W2075052947 @default.
• W2023087360 cites W2075433323 @default.
• W2023087360 cites W2076445026 @default.
• W2023087360 cites W2076767250 @default.
• W2023087360 cites W2082499804 @default.
• W2023087360 cites W2082904789 @default.
• W2023087360 cites W2083122803 @default.
• W2023087360 cites W2084286430 @default.
• W2023087360 cites W2085422362 @default.
• W2023087360 cites W2090899346 @default.
• W2023087360 cites W2093247837 @default.
• W2023087360 cites W2106618786 @default.
• W2023087360 cites W2109867507 @default.
• W2023087360 cites W2115945968 @default.
• W2023087360 cites W2123344617 @default.
• W2023087360 cites W2126653652 @default.
• W2023087360 cites W2140306519 @default.
• W2023087360 cites W2143226768 @default.
• W2023087360 cites W2146250692 @default.
• W2023087360 cites W2165790415 @default.
• W2023087360 cites W2166643269 @default.
• W2023087360 cites W2329853572 @default.
• W2023087360 cites W4211003187 @default.
• W2023087360 cites W56219334 @default.
• W2023087360 doi "https://doi.org/10.1088/0963-0252/19/3/034016" @default.
• W2023087360 hasPublicationYear "2010" @default.
• W2023087360 type Work @default.
• W2023087360 sameAs 2023087360 @default.
• W2023087360 citedByCount "104" @default.
• W2023087360 countsByYear W20230873602012 @default.
• W2023087360 countsByYear W20230873602013 @default.
• W2023087360 countsByYear W20230873602014 @default.
• W2023087360 countsByYear W20230873602015 @default.
• W2023087360 countsByYear W20230873602016 @default.
• W2023087360 countsByYear W20230873602017 @default.
• W2023087360 countsByYear W20230873602018 @default.
• W2023087360 countsByYear W20230873602019 @default.
• W2023087360 countsByYear W20230873602020 @default.
• W2023087360 countsByYear W20230873602021 @default.
• W2023087360 countsByYear W20230873602022 @default.
• W2023087360 countsByYear W20230873602023 @default.

• next