galvanism effect
电流效应
galvanism theory
电流理论
galvanism research
电流研究
galvanism phenomenon
电流现象
galvanism studies
电流研究
galvanism applications
电流应用
galvanism principles
电流原理
galvanism effects
电流效应
galvanism experiments
电流实验
galvanism devices
电流设备
galvanism was a significant discovery in the field of bioelectricity.
电流生物学是生物电学领域的一项重要发现。
many scientists studied galvanism to understand muscle contractions.
许多科学家研究电流生物学以理解肌肉收缩。
galvanism played a crucial role in the development of electrophysiology.
电流生物学在电生理学的发展中发挥了关键作用。
the experiments on galvanism led to advancements in medical technology.
关于电流生物学的实验促进了医疗技术的进步。
galvanism can be observed in certain types of fish and their electric organs.
在某些类型的鱼及其电器官中可以观察到电流生物学现象。
understanding galvanism helps in the study of nerve impulses.
理解电流生物学有助于神经冲动的研究。
galvanism has historical significance in the exploration of electricity.
电流生物学在电力探索中具有历史意义。
researchers are investigating the effects of galvanism on cellular processes.
研究人员正在调查电流生物学对细胞过程的影响。
galvanism can be used to stimulate tissue regeneration in medical treatments.
电流生物学可以用于刺激医学治疗中的组织再生。
the principles of galvanism are applied in various fields, including robotics.
电流生物学的原理应用于包括机器人技术在内的多个领域。
galvanism effect
电流效应
galvanism theory
电流理论
galvanism research
电流研究
galvanism phenomenon
电流现象
galvanism studies
电流研究
galvanism applications
电流应用
galvanism principles
电流原理
galvanism effects
电流效应
galvanism experiments
电流实验
galvanism devices
电流设备
galvanism was a significant discovery in the field of bioelectricity.
电流生物学是生物电学领域的一项重要发现。
many scientists studied galvanism to understand muscle contractions.
许多科学家研究电流生物学以理解肌肉收缩。
galvanism played a crucial role in the development of electrophysiology.
电流生物学在电生理学的发展中发挥了关键作用。
the experiments on galvanism led to advancements in medical technology.
关于电流生物学的实验促进了医疗技术的进步。
galvanism can be observed in certain types of fish and their electric organs.
在某些类型的鱼及其电器官中可以观察到电流生物学现象。
understanding galvanism helps in the study of nerve impulses.
理解电流生物学有助于神经冲动的研究。
galvanism has historical significance in the exploration of electricity.
电流生物学在电力探索中具有历史意义。
researchers are investigating the effects of galvanism on cellular processes.
研究人员正在调查电流生物学对细胞过程的影响。
galvanism can be used to stimulate tissue regeneration in medical treatments.
电流生物学可以用于刺激医学治疗中的组织再生。
the principles of galvanism are applied in various fields, including robotics.
电流生物学的原理应用于包括机器人技术在内的多个领域。
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