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机译:混合原料和原料致密化对离子液体预处理效率的影响
Joint BioEnergy Institute, Deconstruction Division, Emeryville, CA, USA,Sandia National Laboratories, Biological & Material Sciences Center, Livermore, CA, USA;
Idaho National Laboratory, Biological Systems Department, Idaho Falls, ID, USA;
Idaho National Laboratory, Environmental Engineering & Technology Department, Idaho Falls, ID, USA;
Joint BioEnergy Institute, Deconstruction Division, Emeryville, CA, USA,Sandia National Laboratories, Biological & Material Sciences Center, Livermore, CA, USA;
Joint BioEnergy Institute, Deconstruction Division, Emeryville, CA, USA,Sandia National Laboratories, Biological & Material Sciences Center, Livermore, CA, USA;
Joint BioEnergy Institute, Deconstruction Division, Emeryville, CA, USA,Sandia National Laboratories, Biological & Material Sciences Center, Livermore, CA, USA;
机译:用于可再生燃料生产的生物质原料:综述原料和预处理对快速热解生物油和蒸气的产率和产品分布的影响
机译:离子液体预处理木质纤维素原料的多功能性
机译:离子液体影响生物能源降解微生物组和与多糖水解有关的酶的转录
机译:三烷基铵和1,3-二烷基咪唑鎓离子液体的合成及其对木质纤维素原料预处理的应用(PPT)
机译:离子液体作为木质纤维素原料催化转化的溶剂。
机译:离子液体影响生物能源降解微生物组和与多糖水解有关的酶的转录
机译:离子液体影响生物能源原料降解微生物组和多糖水解相关酶的转录