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研究方案for Joint Program博士博士拟研究方案
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are potential alternative resources and are e_pected to play an important role in chemical production in the future.　In recent years, investigation in this field has gradually bee a hot topic in all major research institutions, but the need for new technologies and the cost of production are still unresolved for broad utilization of biochemical processing can potentially address these raw materials undergo conversion by catalysis, which can decrease the cost of production and make the utilization of resources more energy efficient.　  
REVIEW OF THE CURRENT RESEARCHES IN CHINA AND ABROAD:
In China, in the field of catalytic transformations of biomass, KouYuan’s group of Beijing University is famous for their study on catalytic conversion of cellulose to C6- work was published in 20__6[1].Li He_ing’s group of Shanghai Normal University has also done some e_cellent researches on hydrogenation of found a series of high activity amorphous alloy catalysts, and some papers have been published in the journals such as , , and [2,3,4].　 At present, there are several research teams engage in the study on the catalytic conversion of biomass all over the world, of which, two research groups in this field have done outstanding work, including James ’s Group of American University of Wisconsin and Claude Moreau’s Group of the Organic catalysis and Catalytic materials Laboratory in Montpellier, France.　 5-hydro_ymethylfurfural (HMF) is an important biochemical and petrochemical and its

ensuing 2,5- disubstituted furan derivatives have great potential to be substitutes for the petrochemical can be used in the production of plastics, fine chemicals, antifungal agents, pharmaceuticals and even ca