CAJ | 학술논문

通过手持技术对水果电池进行探究,研究不同种类水果与金属电极组成的水果电池,围绕组成水果电池所使用的电极、电极间距、电极在水果中插入的深度和连接方式等条件展开实验,得到了最佳的实验条件：含果酸丰富的水果,两电极之间的金属活泼性相差越大,两电极间距离越小,其组成的水果电池效果越好,串联或并联都有利于增大水果电池的电压,但都不是成倍增加的。
통과수지기술대수과전지진행탐구,연구불동충류수과여금속전겁조성적수과전지,위요조성수과전지소사용적전겁、전겁간거、전겁재수과중삽입적심도화련접방식등조건전개실험,득도료최가적실험조건：함과산봉부적수과,량전겁지간적금속활발성상차월대,량전겁간거리월소,기조성적수과전지효과월호,천련혹병련도유리우증대수과전지적전압,단도불시성배증가적。
Therough exploring the fruit battery by handheld sensor, the different types of fruit battery consisted by fruit and the metal electrode were studied. In order to getting the best experimental conditions, the composition of the fruit battery electrodes, electrode spacing, depth electrode inserted in the fruits and the battery connection conditions were carried out experiments. The results showed that fruits containing plenty of tartaric acid, the greater the metal reactivity between the two electrodes and the smaller the distance of the two electrodes, the better the effect of fruit battery was. Serial or parallel were conductive to increasing the voltage of fruit battery, but were not multiplied.