CAJ | 학술논문

火花塞离子电流包含大量发动机缸内燃烧信息，基于其产生的机理阐述了火花塞主要结构参数如电极结构、点火电压以及点火正时等对离子电流的产生以及检测方面的影响；同时，分析了偏置电压以及发动机缸内燃烧状况对离子电流产生与检测的影响。对火花塞间隙0.8mm、0.9mm和1.0mm时定量探讨了偏置电压与离子电流的关系，即间隙越小测量敏感程度越高。
화화새리자전류포함대량발동궤항내연소신식，기우기산생적궤리천술료화화새주요결구삼수여전겁결구、점화전압이급점화정시등대리자전류적산생이급검측방면적영향；동시，분석료편치전압이급발동궤항내연소상황대리자전유산생여검측적영향。대화화새간극0.8mm、0.9mm화1.0mm시정량탐토료편치전압여리자전류적관계，즉간극월소측량민감정도월고。
Briefly expounds the mechanism of spark plug ion current, the impact of the plug’s main structure parame-ters such as electrode structure, the spark plug ignition voltage and ignition timing on ion current and detecting were re-searched; At the same time, researched the influence for instance the bias voltage and engine cylinder combustion condi-tion on the ion current produce and testing. When the spark plug gap was 0.8 mm, 0.9 mm and 1.0 mm, quantitative re-searched the bias voltage and the relationship between the ion current, get the conclusion that the smaller clearance, the higher measurement sensitivity.