一、引言1981年由西藏甘巴拉山(海拔5,500m)乳胶室得到了一个低空产生的超高能多核心KOE19族事例。我们应用自动化装置进行了测量和分析,得到满意的结果。1960年以前,高山乳胶室的规模较小,只有几个平方米。感光材料用核乳胶片,通过数电子径迹确定能量。随着乳胶室规模的扩大,原来的测量和分析方法越来越不适应。六十年代 I. INTRODUCTION In 1981, an ultra-high energy, multi-core KOE19 family of low-altitude cases was obtained from a latex chamber in Mount Gambara (elevation 5,500m) in Tibet. We applied the automation device to carry on the measurement and the analysis, obtains the satisfactory result. Before 1960, the alpine latex chamber was small, only a few square meters. Photosensitive materials used nuclear emulsion film, through the number of electronic track to determine the energy. With the expansion of the size of the latex chamber, the original measurement and analysis methods are becoming more and more unsuited. Sixties