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机译:是否可以确定在非等温条件下操作的沼气植物的操作限制?建模自优化可达到的地区
Abunde Sustainable Engineering Group. (AbundeSEG) Cameroon Department of Civil and Environmental Engineering Norwegian University of Science and Technology Trondheim Norway Department of Marine Operations and Civil Engineering Norwegian University of Science and Technology Alesund Norway;
Abunde Sustainable Engineering Group. (AbundeSEG) Cameroon Department of Marine Operations and Civil Engineering Norwegian University of Science and Technology Alesund Norway;
Department of Chemical Engineering Kwame Nkrumah University of Science and Technology Kumasi Ghana;
Department of Agricultural and Biosystems Engineering Kwame Nkrumah University of Science and Technology Kumasi Ghana;
Faculty of Science and Technology Drobakveien 31 1432 Aas Norwegian University of Life Sciences As Norway;
Department of Civil and Environmental Engineering Norwegian University of Science and Technology Trondheim Norway;
Department of Marine Operations and Civil Engineering Norwegian University of Science and Technology Alesund Norway;
Self-optimizing operating limits; Attainable regions; Process kinetics; Biogas digesters; Temperature;
机译:在湿法或干法发酵条件下生产规模的沼气厂产生沼气的微生物群落的比较宏基因组学
机译:自我优化的厌氧处理过程可达到的区域:在动力学不确定性下模拟性能目标
机译:操作条件和反应器配置对大型沼气厂效率的影响
机译:沼气智能-使用神经网络和模糊逻辑操作沼气厂
机译:在运行条件,监视和维护活动的影响下概率风险评估中核电站被动组件老化的建模方法
机译:在湿法或干法发酵条件下生产规模的沼气厂产生沼气的微生物群落的比较宏基因组学
机译:是否可以确定在非等温条件下操作的沼气植物的操作限制?建模自优化可达到的地区
机译:现有轻量潜水装备和水下游泳衣可以达到轻盈基本条件的确定及其运行特性评估。