cathode-seeking missile
阴极寻导导弹
cathode-seeking radar
阴极寻导雷达
cathode-seeking system
阴极寻导系统
cathode-seeking technology
阴极寻导技术
cathode-seeking mode
阴极寻导模式
cathode-seeking function
阴极寻导功能
cathode-seeking approach
阴极寻导方法
cathode-seeking application
阴极寻导应用
cathode-seeking design
阴极寻导设计
the cathode-seeking behavior of the electrons was crucial for the battery's operation.
电子的阴极寻导行为对电池的运行至关重要。
we observed cathode-seeking tendencies in the plasma discharge experiment.
我们在等离子体放电实验中观察到阴极寻导的趋势。
cathode-seeking ions contribute significantly to the corrosion process.
阴极寻导离子对腐蚀过程有重大贡献。
the cathode-seeking current density was measured across the electrode surface.
在电极表面测量了阴极寻导电流密度。
understanding cathode-seeking mechanisms is vital for improving battery design.
理解阴极寻导机制对于改进电池设计至关重要。
the cathode-seeking effect influences the electrochemical potential distribution.
阴极寻导效应影响着电化学势力的分布。
we analyzed the cathode-seeking characteristics of the electrolyte.
我们分析了电解质的阴极寻导特性。
cathode-seeking species are often involved in reduction reactions.
阴极寻导物质通常参与还原反应。
the simulation included a model for cathode-seeking ion transport.
模拟包含了一个阴极寻导离子传输的模型。
cathode-seeking processes are fundamental in many electrochemical systems.
阴极寻导过程是许多电化学系统中根本的。
the experiment focused on quantifying the cathode-seeking flux.
实验侧重于量化阴极寻导通量。
cathode-seeking missile
阴极寻导导弹
cathode-seeking radar
阴极寻导雷达
cathode-seeking system
阴极寻导系统
cathode-seeking technology
阴极寻导技术
cathode-seeking mode
阴极寻导模式
cathode-seeking function
阴极寻导功能
cathode-seeking approach
阴极寻导方法
cathode-seeking application
阴极寻导应用
cathode-seeking design
阴极寻导设计
the cathode-seeking behavior of the electrons was crucial for the battery's operation.
电子的阴极寻导行为对电池的运行至关重要。
we observed cathode-seeking tendencies in the plasma discharge experiment.
我们在等离子体放电实验中观察到阴极寻导的趋势。
cathode-seeking ions contribute significantly to the corrosion process.
阴极寻导离子对腐蚀过程有重大贡献。
the cathode-seeking current density was measured across the electrode surface.
在电极表面测量了阴极寻导电流密度。
understanding cathode-seeking mechanisms is vital for improving battery design.
理解阴极寻导机制对于改进电池设计至关重要。
the cathode-seeking effect influences the electrochemical potential distribution.
阴极寻导效应影响着电化学势力的分布。
we analyzed the cathode-seeking characteristics of the electrolyte.
我们分析了电解质的阴极寻导特性。
cathode-seeking species are often involved in reduction reactions.
阴极寻导物质通常参与还原反应。
the simulation included a model for cathode-seeking ion transport.
模拟包含了一个阴极寻导离子传输的模型。
cathode-seeking processes are fundamental in many electrochemical systems.
阴极寻导过程是许多电化学系统中根本的。
the experiment focused on quantifying the cathode-seeking flux.
实验侧重于量化阴极寻导通量。
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