2008
DOI: 10.1002/ange.200705450
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Synthesis and Structural Characterization of C70H38

Abstract: Wasserstoff wird aufgepresst: Nach der 72‐stündigen Hydrierung von C70 unter 100 bar H2 bei 400 °C wurde C70H38 isoliert. 2D‐NMR‐Spektroskopiestudien zeigen, dass C70H38 C2‐symmetrisch ist und fünf benzoide Ringe enthält; weiterhin sind zwei Kohlenstoffatome am Moleküläquator protoniert (siehe Bild). Das vorgeschlagene Protonierungsschema zur Bildung dieses Isomers gemahnt an die Bildung von C70F38‐Isomeren.

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“…This fiber could be readily included in advanced fiber‐based materials by established processing methods to form materials such as paper, molded fibers, and biocomposite structures. It is well known that the wood fiber surface can be altered by polymer adsorption [ 72 ] and chemical modification. [ 73,74 ] The porosity of the wood fiber cell wall also allows for diffusion of molecules into the fiber cell wall, [ 75 ] and this has for instance been used for calcium carbonate functionalization, [ 76 ] also performed in the central wood fiber pore space (lumen).…”
Section: Cellulosic Fiber Materials Combining Structural and Functional Performancementioning
confidence: 99%
“…This fiber could be readily included in advanced fiber‐based materials by established processing methods to form materials such as paper, molded fibers, and biocomposite structures. It is well known that the wood fiber surface can be altered by polymer adsorption [ 72 ] and chemical modification. [ 73,74 ] The porosity of the wood fiber cell wall also allows for diffusion of molecules into the fiber cell wall, [ 75 ] and this has for instance been used for calcium carbonate functionalization, [ 76 ] also performed in the central wood fiber pore space (lumen).…”
Section: Cellulosic Fiber Materials Combining Structural and Functional Performancementioning
confidence: 99%