机译:胸鳍跳动的频率预测了唇形游泳鱼(Embiotocalateralis)自发活动期间的耗氧量
Laboratory for Ecophysiology Biochemistry and Toxicology University of Antwerp Groenenborgerlaan 171 2020 Antwerp Belgium;
Marine Biological Laboratory University of Copenhagen Strandpromenaden 5 3000 Helsingør Denmark;
Department of Inland Fisheries Danish Institute for Fisheries Research 8600 Silkeborg Denmark;
CNR-IAMC Località Sa Mardini 09027 Torregrande Oristano Italy;
Laboratory for Ecophysiology Biochemistry and Toxicology University of Antwerp Groenenborgerlaan 171 2020 Antwerp Belgium;
Marine Biological Laboratory University of Copenhagen Strandpromenaden 5 3000 Helsingør Denmark;
Embiotoca lateralis; Energetics; Labriform swimming; Metabolism; Oxygen consumption; Striped surfperch; Swimming performance;
机译:胸鳍跳动的频率预测了唇形游泳鱼(Embiotocalateralis)自发活动期间的耗氧量
机译:Cymatogaster aaggregata,Embitotocalateralis和Damalichthys vacca的步态过渡速度,胸鳍节拍频率和幅度
机译:三角帆鱼类游动的游动模式-鳍和鳍游动的动力学和电泳分析。
机译:楔形鱼类挠性仿生胸鳍的动力学分析
机译:幼虫斑马鱼胸鳍的CFD研究:雷诺数,游泳运动学和鳍弯曲对流体结构和运输的影响。
机译:鱼和机器人在水隧道中一起游泳:机器人的颜色和尾拍频率影响鱼的行为
机译:胸鳍跳动的频率预测了唇形游泳鱼自发活动期间的耗氧量(** Embiotocalateralis **)
机译:水下鳍游泳穿干衣服时的耗氧量。