FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4384564253> ?p ?o ?g. }

• W4384564253 endingPage "144841" @default.
• W4384564253 startingPage "144841" @default.
• W4384564253 abstract "Two-dimensional (2D) zeolitic imidazolate frameworks (ZIFs) are promising materials for microwave absorption for their desirable features. However, there has been a lack of a corresponding relationship between the growth pattern of 2D ZIF materials at the micro-scale and the macroscopic microwave absorption performance. This work synthesized 2D ZIF-L and its derivatives via a precise structural regulation strategy. By changing the axial orientation of crystal growth, the synthesis of two-dimensional bladed and rod-shaped precursors with controllable thickness and varying shapes at the macro scale was controlled. The leaf-like structure of ZIF-L derivates with large surface area is beneficial for the exposure of reactive oxygen vacancies, increasing the relaxation loss. While the ultra-thin rod-shaped structure which can shorten the electron migration and jump paths to reduce the energy barrier is advantageous to conductive loss. As a result, the prepared L-7 exhibits superior electromagnetic wave absorption ability with the widest effective absorption bandwidth (EAB) of 5.53 GHz at a thickness of 1.80 mm. When the total thickness is 1.90 mm, R-7 can exhibit the minimum reflection loss (RLmin) value of about −60.40 dB. This study emphasizes the 2D scale regulation for obtaining new generation and environmentally friendly microwave absorbers. Metal-based materials derived from ZIF-L with extremely thin thicknesses and a large surface area have shown great potential in microwave absorbers." @default.
• W4384564253 created "2023-07-18" @default.
• W4384564253 creator A5006092337 @default.
• W4384564253 creator A5023416539 @default.
• W4384564253 creator A5037848860 @default.
• W4384564253 creator A5059449413 @default.
• W4384564253 creator A5066063907 @default.
• W4384564253 creator A5069315846 @default.
• W4384564253 date "2023-09-01" @default.
• W4384564253 modified "2023-10-17" @default.
• W4384564253 title "A control strategy for microwave absorption performance on a two-dimensional scale" @default.
• W4384564253 cites W1916514646 @default.
• W4384564253 cites W1986989032 @default.
• W4384564253 cites W2048320837 @default.
• W4384564253 cites W2093630040 @default.
• W4384564253 cites W2148634271 @default.
• W4384564253 cites W2256980341 @default.
• W4384564253 cites W2279319546 @default.
• W4384564253 cites W2286491354 @default.
• W4384564253 cites W2334980971 @default.
• W4384564253 cites W2335100934 @default.
• W4384564253 cites W2360202043 @default.
• W4384564253 cites W2417344868 @default.
• W4384564253 cites W2556115588 @default.
• W4384564253 cites W2583018973 @default.
• W4384564253 cites W2598565554 @default.
• W4384564253 cites W2771391008 @default.
• W4384564253 cites W2774044154 @default.
• W4384564253 cites W2787723604 @default.
• W4384564253 cites W2803205053 @default.
• W4384564253 cites W2807938463 @default.
• W4384564253 cites W2885445880 @default.
• W4384564253 cites W2910087414 @default.
• W4384564253 cites W2912585569 @default.
• W4384564253 cites W2916075033 @default.
• W4384564253 cites W2921599062 @default.
• W4384564253 cites W2953876384 @default.
• W4384564253 cites W2955848829 @default.
• W4384564253 cites W2962847033 @default.
• W4384564253 cites W2970760820 @default.
• W4384564253 cites W2989846813 @default.
• W4384564253 cites W2999133723 @default.
• W4384564253 cites W3016582694 @default.
• W4384564253 cites W3030362795 @default.
• W4384564253 cites W3030375432 @default.
• W4384564253 cites W3036150844 @default.
• W4384564253 cites W3084253033 @default.
• W4384564253 cites W3088251924 @default.
• W4384564253 cites W3091450597 @default.
• W4384564253 cites W3093873032 @default.
• W4384564253 cites W3094782306 @default.
• W4384564253 cites W3108584057 @default.
• W4384564253 cites W3117340630 @default.
• W4384564253 cites W3118899136 @default.
• W4384564253 cites W3124684120 @default.
• W4384564253 cites W3152824952 @default.
• W4384564253 cites W3158561540 @default.
• W4384564253 cites W3161275133 @default.
• W4384564253 cites W3163881689 @default.
• W4384564253 cites W3165317721 @default.
• W4384564253 cites W3174722728 @default.
• W4384564253 cites W3177584794 @default.
• W4384564253 cites W3186815545 @default.
• W4384564253 cites W3194557302 @default.
• W4384564253 cites W3197240665 @default.
• W4384564253 cites W3204234660 @default.
• W4384564253 cites W3207710585 @default.
• W4384564253 cites W4207000775 @default.
• W4384564253 cites W4213446606 @default.
• W4384564253 cites W4220949189 @default.
• W4384564253 cites W4220950348 @default.
• W4384564253 cites W4221005733 @default.
• W4384564253 cites W4285390958 @default.
• W4384564253 cites W4286751439 @default.
• W4384564253 cites W4292764276 @default.
• W4384564253 cites W4307021590 @default.
• W4384564253 cites W4311923853 @default.
• W4384564253 cites W4316127577 @default.
• W4384564253 doi "https://doi.org/10.1016/j.cej.2023.144841" @default.
• W4384564253 hasPublicationYear "2023" @default.
• W4384564253 type Work @default.
• W4384564253 citedByCount "0" @default.
• W4384564253 crossrefType "journal-article" @default.
• W4384564253 hasAuthorship W4384564253A5006092337 @default.
• W4384564253 hasAuthorship W4384564253A5023416539 @default.
• W4384564253 hasAuthorship W4384564253A5037848860 @default.
• W4384564253 hasAuthorship W4384564253A5059449413 @default.
• W4384564253 hasAuthorship W4384564253A5066063907 @default.
• W4384564253 hasAuthorship W4384564253A5069315846 @default.
• W4384564253 hasConcept C104779481 @default.
• W4384564253 hasConcept C120665830 @default.
• W4384564253 hasConcept C121332964 @default.
• W4384564253 hasConcept C125287762 @default.
• W4384564253 hasConcept C127413603 @default.
• W4384564253 hasConcept C150394285 @default.
• W4384564253 hasConcept C159985019 @default.
• W4384564253 hasConcept C171250308 @default.
• W4384564253 hasConcept C178790620 @default.

• next