Matches in SemOpenAlex for { <https://semopenalex.org/work/W2017777143> ?p ?o ?g. }
- W2017777143 endingPage "2486" @default.
- W2017777143 startingPage "2477" @default.
- W2017777143 abstract "We study synthesis of vertically aligned carbon nanotube (CNT) forests by a decoupled method that facilitates control of the mean diameter and structural quality of the CNTs and enables tuning of the kinetics for efficient growth to forest heights of several millimeters. The growth substrate temperature (T(s)) primarily determines the CNT diameter, whereas independent and rapid thermal treatment (T(p)) of the C(2)H(4)/H(2) reactant mixture significantly changes the growth rate and terminal forest height but does not change the CNT diameter. Synchrotron X-ray scattering is utilized for precise, nondestructive measurement of CNT diameter in large numbers of samples. CNT structural quality monotonically increases with T(s) yet decreases with T(p), and forests grown by this decoupled method have significantly higher quality than those grown using a conventional single-zone tube furnace. Chemical analysis reveals that the thermal treatment generates a broad population of hydrocarbon species, and a nonmonotonic relationship between catalyst lifetime and T(p) suggests that certain carbon species either enhance or inhibit CNT growth. However, the forest height kinetics, as measured in real-time during growth, are self-similar, thereby indicating that a common mechanism of growth termination may be present over a wide range of process conditions." @default.
- W2017777143 created "2016-06-24" @default.
- W2017777143 creator A5005066440 @default.
- W2017777143 creator A5006572825 @default.
- W2017777143 creator A5024470411 @default.
- W2017777143 creator A5036247243 @default.
- W2017777143 creator A5042911416 @default.
- W2017777143 creator A5088028707 @default.
- W2017777143 date "2009-08-19" @default.
- W2017777143 modified "2023-10-01" @default.
- W2017777143 title "Engineering Vertically Aligned Carbon Nanotube Growth by Decoupled Thermal Treatment of Precursor and Catalyst" @default.
- W2017777143 cites W1616932920 @default.
- W2017777143 cites W1964803033 @default.
- W2017777143 cites W1965696184 @default.
- W2017777143 cites W1972089368 @default.
- W2017777143 cites W1972973515 @default.
- W2017777143 cites W1974658110 @default.
- W2017777143 cites W1974928271 @default.
- W2017777143 cites W1975492065 @default.
- W2017777143 cites W1977402902 @default.
- W2017777143 cites W1978677843 @default.
- W2017777143 cites W1989006480 @default.
- W2017777143 cites W1993700933 @default.
- W2017777143 cites W1993826561 @default.
- W2017777143 cites W1996097396 @default.
- W2017777143 cites W2004464664 @default.
- W2017777143 cites W2005541124 @default.
- W2017777143 cites W2009380249 @default.
- W2017777143 cites W2009554209 @default.
- W2017777143 cites W2015945793 @default.
- W2017777143 cites W2017726863 @default.
- W2017777143 cites W2018607592 @default.
- W2017777143 cites W2018710435 @default.
- W2017777143 cites W2022842391 @default.
- W2017777143 cites W2026015835 @default.
- W2017777143 cites W2026632806 @default.
- W2017777143 cites W2027205343 @default.
- W2017777143 cites W2027778933 @default.
- W2017777143 cites W2029268639 @default.
- W2017777143 cites W2034641246 @default.
- W2017777143 cites W2034653409 @default.
- W2017777143 cites W2036908823 @default.
- W2017777143 cites W2036998223 @default.
- W2017777143 cites W2037678265 @default.
- W2017777143 cites W2043636190 @default.
- W2017777143 cites W2044817615 @default.
- W2017777143 cites W2045579709 @default.
- W2017777143 cites W2046491498 @default.
- W2017777143 cites W2047205370 @default.
- W2017777143 cites W2048839795 @default.
- W2017777143 cites W2049273511 @default.
- W2017777143 cites W2050524170 @default.
- W2017777143 cites W2055368150 @default.
- W2017777143 cites W2056882191 @default.
- W2017777143 cites W2059584033 @default.
- W2017777143 cites W2066994989 @default.
- W2017777143 cites W2068238280 @default.
- W2017777143 cites W2070237243 @default.
- W2017777143 cites W2072917706 @default.
- W2017777143 cites W2075258188 @default.
- W2017777143 cites W2076767250 @default.
- W2017777143 cites W2091158208 @default.
- W2017777143 cites W2094963548 @default.
- W2017777143 cites W2100561424 @default.
- W2017777143 cites W2100915741 @default.
- W2017777143 cites W2129797914 @default.
- W2017777143 cites W2137250507 @default.
- W2017777143 cites W2149249290 @default.
- W2017777143 cites W2150798273 @default.
- W2017777143 cites W2150967176 @default.
- W2017777143 cites W2151672380 @default.
- W2017777143 cites W2161755849 @default.
- W2017777143 doi "https://doi.org/10.1021/nn900446a" @default.
- W2017777143 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19691287" @default.
- W2017777143 hasPublicationYear "2009" @default.
- W2017777143 type Work @default.
- W2017777143 sameAs 2017777143 @default.
- W2017777143 citedByCount "161" @default.
- W2017777143 countsByYear W20177771432012 @default.
- W2017777143 countsByYear W20177771432013 @default.
- W2017777143 countsByYear W20177771432014 @default.
- W2017777143 countsByYear W20177771432015 @default.
- W2017777143 countsByYear W20177771432016 @default.
- W2017777143 countsByYear W20177771432017 @default.
- W2017777143 countsByYear W20177771432018 @default.
- W2017777143 countsByYear W20177771432019 @default.
- W2017777143 countsByYear W20177771432020 @default.
- W2017777143 countsByYear W20177771432021 @default.
- W2017777143 countsByYear W20177771432022 @default.
- W2017777143 countsByYear W20177771432023 @default.
- W2017777143 crossrefType "journal-article" @default.
- W2017777143 hasAuthorship W2017777143A5005066440 @default.
- W2017777143 hasAuthorship W2017777143A5006572825 @default.
- W2017777143 hasAuthorship W2017777143A5024470411 @default.
- W2017777143 hasAuthorship W2017777143A5036247243 @default.
- W2017777143 hasAuthorship W2017777143A5042911416 @default.
- W2017777143 hasAuthorship W2017777143A5088028707 @default.
- W2017777143 hasConcept C104779481 @default.