electrodermal

简明释义

英[ɪˌlektrə(ʊ)ˈdɜːməl]美[ɪˌlektroʊˈdərməl]

adj. （与）皮肤电（有关）的，皮电活动的，皮电性质的

英英释义

单词用法

同义词

反义词

例句

1.Objective: To examine the relationship between cognition states and electrodermal activity(EDA) and to provide evidence for improvement of lie-detection technique.

目的：探讨个体认知状态与皮肤电反应之间的关系，为改进测谎技术提供科学依据。

2.Objective: To examine the relationship between cognition states and electrodermal activity(EDA) and to provide evidence for improvement of lie-detection technique.

目的：探讨个体认知状态与皮肤电反应之间的关系，为改进测谎技术提供科学依据。

3.The study focused on measuring the electrodermal 皮肤电反应 of participants during stressful situations.

这项研究集中于测量参与者在压力情境下的electrodermal 皮肤电反应。

4.Researchers used electrodermal 皮肤电反应 sensors to monitor anxiety levels in real-time.

研究人员使用electrodermal 皮肤电反应传感器实时监测焦虑水平。

5.The electrodermal 皮肤电反应 activity increased significantly when the subject faced the interview panel.

当受试者面对面试小组时，electrodermal 皮肤电反应活动显著增加。

6.In biofeedback therapy, patients learn to control their electrodermal 皮肤电反应 to manage stress.

在生物反馈疗法中，患者学习控制他们的electrodermal 皮肤电反应以管理压力。

7.The app uses electrodermal 皮肤电反应 data to provide personalized relaxation techniques.

该应用程序使用electrodermal 皮肤电反应数据提供个性化的放松技巧。

作文

The study of human physiology has revealed many fascinating aspects of how our bodies respond to various stimuli. One particular area of interest is the concept of electrodermal activity, which refers to the electrical conductance of the skin that varies with its moisture level. This phenomenon is primarily influenced by the activity of sweat glands, which are controlled by the autonomic nervous system. When a person experiences emotional arousal, such as excitement or stress, their body tends to sweat more, leading to increased electrodermal responses. Understanding electrodermal activity is crucial in fields such as psychology and medicine, as it provides insights into an individual's emotional and physiological state. For instance, researchers often use electrodermal measurements in lie detection tests, where spikes in skin conductance can indicate heightened emotional responses associated with deception. Similarly, therapists may monitor electrodermal responses during sessions to gauge a patient's anxiety levels or emotional engagement. Moreover, electrodermal activity has been linked to various psychological conditions. Individuals with anxiety disorders, for example, tend to show higher baseline levels of electrodermal activity, indicating a constant state of heightened arousal. In contrast, those with depression may exhibit lower electrodermal responses, suggesting a lack of emotional engagement. This relationship between electrodermal activity and mental health highlights the importance of understanding our physiological responses to better address psychological issues. In recent years, advancements in technology have allowed for more sophisticated ways to measure electrodermal activity. Wearable devices now enable individuals to track their electrodermal responses in real-time, providing valuable data that can be used for personal health monitoring or therapeutic purposes. These devices can alert users to spikes in stress or anxiety, prompting them to engage in relaxation techniques or mindfulness practices. Furthermore, researchers are exploring the potential of electrodermal activity in the field of human-computer interaction. By analyzing a user's electrodermal responses, systems can adapt to the user's emotional state, creating more personalized and responsive experiences. For example, a gaming application could adjust its difficulty based on the player's stress levels, enhancing engagement and enjoyment. In conclusion, electrodermal activity is a vital indicator of our emotional and physiological states. Its implications stretch across various disciplines, from psychology and medicine to technology and personal well-being. As we continue to explore the intricacies of human physiology, the understanding of electrodermal responses will undoubtedly play a significant role in advancing our knowledge of human behavior and health.

人类生理学的研究揭示了我们身体对各种刺激反应的许多迷人方面。其中一个特别引人关注的领域是电皮肤活动的概念，它指的是皮肤的电导率，随着其湿度水平的变化而变化。这种现象主要受到汗腺活动的影响，而汗腺又由自主神经系统控制。当一个人经历情绪激动时，例如兴奋或压力，他们的身体往往会出更多的汗，从而导致电皮肤反应增加。 理解电皮肤活动在心理学和医学等领域至关重要，因为它提供了关于个体情绪和生理状态的洞察。例如，研究人员通常在测谎测试中使用电皮肤测量，其中皮肤导电性尖峰可能表明与欺骗相关的情绪反应增强。同样，治疗师在会话中监测电皮肤反应，以评估患者的焦虑水平或情感参与度。 此外，电皮肤活动与各种心理状况相关联。例如，患有焦虑症的人通常表现出较高的基线电皮肤活动，表明持续的高度唤醒状态。相反，抑郁症患者可能表现出较低的电皮肤反应，暗示缺乏情感参与。这种电皮肤活动与心理健康之间的关系突显了理解我们生理反应的重要性，以更好地解决心理问题。 近年来，技术的进步使得测量电皮肤活动的方式更加精密。可穿戴设备现在使个人能够实时跟踪他们的电皮肤反应，提供可用于个人健康监测或治疗目的的宝贵数据。这些设备可以提醒用户注意压力或焦虑的激增，促使他们进行放松技巧或正念练习。 此外，研究人员正在探索电皮肤活动在人机交互领域的潜力。通过分析用户的电皮肤反应，系统可以根据用户的情绪状态进行调整，从而创建更个性化和响应式的体验。例如，游戏应用程序可以根据玩家的压力水平调整其难度，提高参与度和乐趣。 总之，电皮肤活动是我们情绪和生理状态的重要指标。它的影响扩展到多个学科，从心理学和医学到技术和个人健康。随着我们继续探索人类生理学的复杂性，对电皮肤反应的理解无疑将在推进我们对人类行为和健康的知识方面发挥重要作用。