galvanic

简明释义

英[ɡælˈvænɪk]美[ɡælˈvænɪk]

adj. 电流的；使人震惊的；触电似的

英英释义

单词用法

同义词

反义词

例句

1.In order to meet the requisition of preparing PS on large size silicon chip, primary study was performed on preparing PS by galvanic element method.

为了适应在大尺寸硅片上制备多孔硅的要求，对原电池法制备多孔硅进行了初步研究。

2.The distance of the galvanic couples is not a key factor influencing potential distribution in small range.

在小范围内中碳钢和紫铜电偶对的距离远近对电位分布影响不大。

3.For example, in the work of Hamer, who studied the galvanic cell.

例如，在哈默研究的自发电池的工作中就显示出了这一点。收藏。

4.Thus metals in contact are aluminum and cadmium, and are not subject to serious galvanic attack.

如此一来，相接触的金属是铝和镉，而不会造成严重的电镀氧化。

5.There are two methods of IBC: capacitive coupling and galvanic coupling.

已有的人体通信方式可分为电容耦合型和电流耦合型。

6.In order to meet the requisition of preparing PS on large size silicon chip, primary study was performed on preparing PS by galvanic element method.

为了适应在大尺寸硅片上制备多孔硅的要求，对原电池法制备多孔硅进行了初步研究。

7.The scientist conducted a series of experiments to study the galvanic 电流的 effects on metal corrosion.

科学家进行了一系列实验，以研究电流的galvanic对金属腐蚀的影响。

8.In the classroom, the teacher used a galvanic 电解的 cell to demonstrate how electricity can be generated from chemical reactions.

在课堂上，老师使用了一个电解的galvanic电池来演示如何从化学反应中产生电能。

9.The galvanic 刺激的 response of the muscles was measured during the physical therapy session.

在物理治疗过程中，测量了肌肉的刺激的galvanic反应。

10.During the demonstration, the galvanic 电流的 interaction between different metals produced a visible reaction.

在演示过程中，不同金属之间的电流的galvanic相互作用产生了可见的反应。

11.The galvanic 电化学的 principles are essential for understanding battery technology.

理解电池技术需要掌握电化学的galvanic原理。

作文

The term galvanic refers to a process involving electric currents produced by chemical reactions, often associated with the works of Luigi Galvani in the 18th century. In modern contexts, it can describe not only physical phenomena but also metaphorical situations where a sudden and powerful effect is observed. The concept of galvanic can be applied in various fields, including science, psychology, and social dynamics. For instance, in the field of science, galvanic cells are essential components of batteries, where chemical energy is converted into electrical energy. These cells operate based on redox reactions, where oxidation and reduction occur simultaneously, resulting in a flow of electrons that generates electricity. Understanding how galvanic cells function is crucial for advancements in energy storage technologies. As society moves towards renewable energy sources, the efficiency of galvanic systems becomes increasingly important. Researchers are constantly exploring new materials and designs to enhance the performance of these cells. In psychology, the term galvanic can be used to describe a sudden emotional response or reaction. For example, during a heated debate, one might experience a galvanic surge of adrenaline, which heightens awareness and intensifies feelings. This physiological response can lead to improved focus and energy, allowing individuals to articulate their thoughts more clearly. The galvanic response is not limited to negative emotions; it can also occur during moments of joy or excitement, showcasing the body’s ability to react swiftly to various stimuli. Moreover, in social dynamics, a galvanic event can refer to a situation that unites people through shared experiences or causes. Movements such as environmental activism often create a galvanic effect, where individuals feel compelled to act collectively for a common purpose. This sense of urgency and motivation can lead to significant changes within communities and can inspire others to join the cause. The galvanic nature of such movements highlights the power of collective action and the impact of social influence. In conclusion, the word galvanic encompasses a range of meanings that go beyond its scientific origins. Whether discussing the workings of batteries, the physiological responses to emotions, or the unifying force of social movements, the concept of galvanic captures the essence of sudden and impactful change. As we continue to explore these various dimensions, it becomes evident that understanding the galvanic phenomenon can enrich our comprehension of both the natural world and human behavior. Embracing the galvanic spirit can lead to innovative solutions and foster connections among individuals striving for positive change.

“galvanic”一词指的是由化学反应产生的电流过程，通常与18世纪路易吉·伽尔瓦尼的研究相关。在现代语境中，它不仅可以描述物理现象，还可以形容在某种情况下观察到的突然而强大的效果。“galvanic”的概念可以应用于多个领域，包括科学、心理学和社会动态。 例如，在科学领域，“galvanic”电池是电池的重要组成部分，其中化学能转化为电能。这些电池基于氧化还原反应的原理，同时发生氧化和还原，导致电子流动，从而产生电力。理解“galvanic”电池的工作原理对能源存储技术的进步至关重要。随着社会向可再生能源源的转变，“galvanic”系统的效率变得愈加重要。研究人员不断探索新材料和设计，以提高这些电池的性能。 在心理学中，“galvanic”一词可以用于描述突发的情感反应或反应。例如，在激烈的辩论中，人们可能会经历一阵“galvanic”肾上腺素的涌动，这会增强警觉性和情绪的强度。这种生理反应可以提高注意力和能量，使个人能够更清晰地表达自己的想法。“galvanic”反应并不限于负面情绪；在喜悦或兴奋的时刻也会发生，展示了身体对各种刺激迅速反应的能力。 此外，在社会动态中，“galvanic”事件可以指通过共同的经验或原因团结人们的情况。诸如环境保护主义等运动常常创造出“galvanic”效应，使个人感到有必要为共同的目标采取行动。这种紧迫感和动力可以导致社区内的重大变化，并能激励他人加入这一事业。“galvanic”运动的本质突显了集体行动的力量和社会影响的影响。 总之，单词“galvanic”包含了一系列超越其科学起源的含义。无论是在讨论电池的工作原理、情感的生理反应，还是社会运动的团结力量，“galvanic”的概念都捕捉到了突然和有影响力的变化的本质。随着我们继续探索这些不同的维度，显而易见的是，理解“galvanic”现象可以丰富我们对自然世界和人类行为的理解。拥抱“galvanic”精神可以引领创新解决方案，并促进个体之间为积极变革而努力的联系。