摘要
回顾了七年中所建的11个地下μ乳胶室的结构概况及所获得的结果。从高能μ子与吸收物质的作用过程和乳胶室的探测效率分析,较为普遍被采用的厚型乳胶室并不明显地优于薄型室,因而薄室也是可供选择的室型。
This paper reviews structure and acquired outcomes of eleven underground muon emulsion chambers constructed within seven years. This paper holds that thick type emulsion chambers haven't an advantage over thin type emulsion chambers on the basis of interaction between high energy muons and absorbent mediums,and detective efficiency of emulsion chambers.
基金
国家自然科学基金
关键词
地下乳胶室
结构分析
μ子探测
emulsion chamber
underground emulsion chamber
muon detection
