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1
流电学, 流电
the production of electricity through chemical reactions
- Students learned about galvanism by constructing simple cells that generated power through spontaneous redox reactions.
学生们通过构建通过自发氧化还原反应产生电力的简单电池，了解了电镀。
- Galvanism experiments investigated what pairings of metals and electrolytes were best for generating current.
电镀实验研究了哪些金属和电解质的配对最适合产生电流。
- Modern batteries rely on principles of galvanism to generate electricity through oxidation-reduction reactions.
现代电池依靠电镀原理通过氧化还原反应发电。
2
电疗, 动物电
the production of involuntary muscle contractions and nerve stimulation through the application of electric current
- Galvani's pioneering experiments in galvanism demonstrated that nerves and muscles could be stimulated by electric current.
加尔瓦尼在电疗学方面的开创性实验表明，神经和肌肉可以通过电流刺激。
- History of medicine texts explore galvanism's role as one of the earliest non-invasive medical uses of an applied intentional electric current.
医学史文本探讨了电疗作为最早的非侵入性医疗应用之一的有意施加电流的作用。
- Early galvanism treatments were believed to stimulate nerves and muscles for conditions like paralysis, pain, and muscular atrophy.
早期的电疗法被认为可以刺激神经和肌肉，用于治疗瘫痪、疼痛和肌肉萎缩等病症。