Suchergebnisse

This essay challenges the French poet, naval doctor, archaeologist and sinologist Victor Segalen's established image as a literary modernist who broke with colonial exoticism. I use a set of previously understudied primary sources, including Segalen's own travel journals, archaeological accounts, letters and photo albums, as well as Chinese gazetteers and a stele inscription documenting his excavation of a tomb associated with Bao San Niang 鮑三娘 – the supposed daughter-in-law of the famous Chinese general Guan Yu 關羽. Through a study combining both textual and field investigations, this article not only points out the disjuncture between Segalen's progressive theory and his actual practice, but also questions the tendency among critics – both Western and Chinese – to overstate Segalen's contribution to East–West cross-cultural representation, while intentionally omitting his exploitative deeds.

| openaire: EC/H2020/101006744/EU//EHLCATHOL This work has received funding from the European Union's Horizon 2020 research and innovation program, (BUILDING A LOW-CARBON, CLIMATE RESILIENT FUTURE: SECURE, CLEAN AND EFFICIENT ENERGY) under Grant Agreement No 101006744. The content presented in this document represents the views of the authors, and the European Commission has no liability in respect of the content. This work was also supported by the National Natural Science Foundation of China (21808163 and 21690083). ; A Mo(OCH2CH3)x/NaCl catalyst showed high efficiency in supercritical ethanol without adding H2 in the conversion of Kraft lignin to chemicals, including C6 alcohols, C8-C10 esters, benzyl alcohols and arenes. Control experiments were done with MoCl5, NaOC2H5 and the physical mixture of them. The Mo(OCH2CH3)x/NaCl catalyst exhibited superior activity among the samples examined. The overall yield increased as the reaction temperature increased from 260 to 300 °C. The yield of aromatic compounds achieved 303mg/g lignin over the Mo(OCH2CH3)x/NaCl catalyst at 300oC for 6h. MoCl5 and NaOC2H5 forms Mo(OCH2CH3)x in the catalyst preparation, which behaves as the active species in Kraft lignin conversion. The primary aromatics formed from the catalytic lignin depolymerization steps may undergo secondary reactions to form the final products. ; Peer reviewed