Matches in SemOpenAlex for { <https://semopenalex.org/work/W2989281456> ?p ?o ?g. }
- W2989281456 endingPage "121966" @default.
- W2989281456 startingPage "121966" @default.
- W2989281456 abstract "Promoting the transformation from Form II to Form I in polybutene-1 (PB-1) is deemed to be crucial and demanded for commercial applications. The mechanism of phase transition is previously described in terms of thermal or mechanical stress applied between the crystalline and amorphous regions. Here, we find that the structural feature of lamellae, such as lamellar orientation, can also be a vital factor to facilitate the transition process. In-situ X-ray measurement allows us to observe a power-law decrease of the induction time of Form I, ti, with increasing the degree of orientation of (200) plane of initial Form II crystallites, f(200): ti ~ f(200)−1. By comparison with the randomly oriented lamellae, the well-defined oriented lamellae perpendicular to the flow direction are in favor of shortening the ti. The acceleration of this phase transition may be due to more tie molecules distributed in the oriented lamellae increasing the probability of the formation of Form I nuclei." @default.
- W2989281456 created "2019-11-22" @default.
- W2989281456 creator A5009007293 @default.
- W2989281456 creator A5046881277 @default.
- W2989281456 creator A5054610344 @default.
- W2989281456 creator A5074846945 @default.
- W2989281456 creator A5083413871 @default.
- W2989281456 date "2019-12-01" @default.
- W2989281456 modified "2023-10-15" @default.
- W2989281456 title "Transformation from form II to form I accelerated by oriented lamellae in Polybutene-1" @default.
- W2989281456 cites W1967442905 @default.
- W2989281456 cites W1971494550 @default.
- W2989281456 cites W1977731487 @default.
- W2989281456 cites W1977911112 @default.
- W2989281456 cites W1978273325 @default.
- W2989281456 cites W1980867291 @default.
- W2989281456 cites W1983575083 @default.
- W2989281456 cites W1983649834 @default.
- W2989281456 cites W1984432081 @default.
- W2989281456 cites W1984694758 @default.
- W2989281456 cites W1987306471 @default.
- W2989281456 cites W1987517227 @default.
- W2989281456 cites W1988752348 @default.
- W2989281456 cites W1989792917 @default.
- W2989281456 cites W1990105574 @default.
- W2989281456 cites W1993864533 @default.
- W2989281456 cites W1994658009 @default.
- W2989281456 cites W1995242187 @default.
- W2989281456 cites W1998577308 @default.
- W2989281456 cites W2004271195 @default.
- W2989281456 cites W2007164904 @default.
- W2989281456 cites W2010885525 @default.
- W2989281456 cites W2013760906 @default.
- W2989281456 cites W2018429840 @default.
- W2989281456 cites W2019920626 @default.
- W2989281456 cites W2021887558 @default.
- W2989281456 cites W2025964505 @default.
- W2989281456 cites W2026874198 @default.
- W2989281456 cites W2027454085 @default.
- W2989281456 cites W2028401511 @default.
- W2989281456 cites W2036468012 @default.
- W2989281456 cites W2036493558 @default.
- W2989281456 cites W2044088052 @default.
- W2989281456 cites W2046506173 @default.
- W2989281456 cites W2047516890 @default.
- W2989281456 cites W2048783285 @default.
- W2989281456 cites W2049189573 @default.
- W2989281456 cites W2050020673 @default.
- W2989281456 cites W2051678022 @default.
- W2989281456 cites W2059289885 @default.
- W2989281456 cites W2065897391 @default.
- W2989281456 cites W2070705552 @default.
- W2989281456 cites W2071436731 @default.
- W2989281456 cites W2074028445 @default.
- W2989281456 cites W2074961456 @default.
- W2989281456 cites W2075340115 @default.
- W2989281456 cites W2080413961 @default.
- W2989281456 cites W2080760364 @default.
- W2989281456 cites W2083276116 @default.
- W2989281456 cites W2088533028 @default.
- W2989281456 cites W2089262225 @default.
- W2989281456 cites W2094332298 @default.
- W2989281456 cites W2094352876 @default.
- W2989281456 cites W2111353140 @default.
- W2989281456 cites W2111514750 @default.
- W2989281456 cites W2115515297 @default.
- W2989281456 cites W2168412723 @default.
- W2989281456 cites W2211385945 @default.
- W2989281456 cites W2317401109 @default.
- W2989281456 cites W2326516172 @default.
- W2989281456 cites W2327883990 @default.
- W2989281456 cites W2402249264 @default.
- W2989281456 cites W2466759659 @default.
- W2989281456 cites W2470260866 @default.
- W2989281456 cites W2481881124 @default.
- W2989281456 cites W2507600465 @default.
- W2989281456 cites W2609994227 @default.
- W2989281456 cites W2736030975 @default.
- W2989281456 cites W2745064291 @default.
- W2989281456 cites W2782764486 @default.
- W2989281456 cites W2789130657 @default.
- W2989281456 cites W2791486223 @default.
- W2989281456 cites W2793127048 @default.
- W2989281456 cites W2793372226 @default.
- W2989281456 cites W2794413501 @default.
- W2989281456 cites W2803866715 @default.
- W2989281456 cites W2809870480 @default.
- W2989281456 cites W2885540955 @default.
- W2989281456 cites W2889686383 @default.
- W2989281456 cites W2964888977 @default.
- W2989281456 doi "https://doi.org/10.1016/j.polymer.2019.121966" @default.
- W2989281456 hasPublicationYear "2019" @default.
- W2989281456 type Work @default.
- W2989281456 sameAs 2989281456 @default.
- W2989281456 citedByCount "21" @default.
- W2989281456 countsByYear W29892814562020 @default.
- W2989281456 countsByYear W29892814562021 @default.
- W2989281456 countsByYear W29892814562022 @default.