机译:不可逆法拉米反应的主动控制,提高盐度梯度能源生产逆电渗析的性能
Department of Chemical and Environmental Engineering University of Cincinnati Cincinnati Ohio 45221 United States;
Jeju Global Research Center Korea Institute of Energy Research Jeju-si Jeju 63357 Republic of Korea;
Jeju Global Research Center Korea Institute of Energy Research Jeju-si Jeju 63357 Republic of Korea;
Jeju Global Research Center Korea Institute of Energy Research Jeju-si Jeju 63357 Republic of Korea;
Department of Chemical Engineering Faculty of Applied Sciences Delft University of Technology 2629 HZ Delft The Netherlands;
Department of Green Chemical Engineering College of Engineering Sangmyung University Cheonan-si Chungnam 31066 Republic of Korea;
Department of Chemical and Environmental Engineering University of Cincinnati Cincinnati Ohio 45221 United States;
capacitive reverse electrodialysis; irreversible faradic reactions; pH change; salinity gradients; power generation; stack voltage;
机译:使用级联反向电码堆叠层增强能量回收,用于盐度梯度发电
机译:流体动力学滑动增强型纳米流体反向电渗析,用于盐度梯度能量收割
机译:通过反向电渗析发电收获用于氢气生产的天然盐度梯度能量
机译:通过反向电渗析(红色)发电收集天然盐度梯度能量以生产氢气
机译:探索北卡罗莱纳州海岸盐度梯度可再生能源的潜在地点,并评估局部盐度变化对反电渗析废水造成的SAV社区的潜在影响
机译:增强发电和在光催化燃料电池中产生H2O2和Fenton混合系统辅助反向电渗析
机译:通过使用商业离子交换膜对与均匀散装结构的呼吸梯度能量逆电渗析系统的性能