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面部肌电图是一种通过放大肌肉纤维收缩时产生的微小电脉冲来测量面部肌肉电活动的技术<ref name="Larsen JT 2003">Larsen JT, Norris CJ, Cacioppo JT, "[https://web.archive.org/web/20181030170423/https://pdfs.semanticscholar.org/c3a5/4bfbaaade376aee951fe8578e6436be59861.pdf Effects of positive and negative affect on electromyographic activity over zygomaticus major and corrugator supercilii]", (September 2003)</ref>。面部表达大量情绪，然而，有两个主要的面部肌肉群通常被研究来检测情绪： 皱眉肌和颧大肌。皱眉肌将眉毛向下拉成皱眉，因此是对消极的、不愉快的情绪反应的最好反映。当微笑时，颧大肌负责将嘴角向后拉，因此是用于测试积极情绪反应的肌肉。

面部肌电图是一种通过放大肌肉纤维收缩时产生的微小电脉冲来测量面部肌肉电活动的技术<ref name="Larsen JT 2003">Larsen JT, Norris CJ, Cacioppo JT, "[https://web.archive.org/web/20181030170423/https://pdfs.semanticscholar.org/c3a5/4bfbaaade376aee951fe8578e6436be59861.pdf Effects of positive and negative affect on electromyographic activity over zygomaticus major and corrugator supercilii]", (September 2003)</ref>。面部表达大量情绪，然而，有两个主要的面部肌肉群通常被研究来检测情绪： 皱眉肌和颧大肌。皱眉肌将眉毛向下拉成皱眉，因此是对消极的、不愉快的情绪反应的最好反映。当微笑时，颧大肌负责将嘴角向后拉，因此是用于测试积极情绪反应的肌肉。

[[File:Gsrplot.svg.png|500px|thumb|Here we can see a plot of skin resistance measured using GSR and time whilst the subject played a video game. There are several peaks that are clear in the graph, which suggests that GSR is a good method of differentiating between an aroused and a non-aroused state. For example, at the start of the game where there is usually not much exciting game play, there is a high level of resistance recorded, which suggests a low level of conductivity and therefore less arousal. This is in clear contrast with the sudden trough where the player is killed as one is usually very stressed and tense as their character is killed in the game|链接=Special:FilePath/Gsrplot.svg]]

[[File:Gsrplot.svg.png|500px|thumb|在这里，我们可以看到一张皮肤阻力的图，测量使用 GSR 和时间，同时受试者玩一个视频游戏。在图中有几个明显的峰值，这表明 GSR 是区分性唤起和非性唤起状态的一个很好的方法。例如，在游戏开始的时候，通常没有多少激动人心的游戏，但是有一个高水平的电阻记录，这意味着低水平的电导率，因此唤起较少。这与游戏中玩家被杀的突然低谷形成鲜明对比，因为玩家在游戏中被杀时通常会感到非常紧张。|链接=Special:FilePath/Gsrplot.svg]]

==== 皮肤电反应 ====

==== 皮肤电反应 ====