The aim of the AMADEUS collaboration is to provide experimental information on the low-energy strong interaction of antikaons with nucleons, exploiting the absorptions of low momentum \(\hbox {K}^{-}\) mesons (\(p_\mathrm {K} \sim \) 127 MeV/c) produced at the \(\hbox {DA}\mathrm {\Phi }\hbox {NE}\) collider, in the materials composing the KLOE detector setup, used as an active target. The \(\hbox {K}^{-}\) single and multi-nucleon absorptions in light nuclei (\(^4\hbox {He}\) and \(^{12}\hbox {C}\)) are investigated by reconstructing hyperon–pion, hyperon–nucleon/nucleus pairs, emitted in the final state of the reactions. In this paper the results obtained from the study of \(\mathrm {\Lambda }\pi ^{-}\), \(\mathrm {\Lambda }\hbox {p}\) and \(\mathrm {\Lambda }\hbox {t}\) correlated production are presented.

AMADEUS合作的目的是利用低动量\（\ hbox {K} ^ {-} \）介子（\（p_ \ mathrm { K} \ sim \）在构成KLOE检测器设置的材料中，在\（\ hbox {DA} \ mathrm {\ Phi} \ hbox {NE} \）对撞机上 产生的127 MeV / c）被用作主动目标。轻核中的\（\ hbox {K} ^ {-} \）单和多核子吸收（\（^ 4 \ hbox {He} \）和\（^ {12} \ hbox {C} \））通过重建反应最终状态发出的超子-超子，超子-核子/核对进行研究。本文的研究结果\（\ mathrm {\ LAMBDA} \ PI ^ { - } \），\（\ mathrm {\ LAMBDA} \ hbox中{P} \）和\（\ mathrm {\ LAMBDA} \ hbox中{吨} \）相关的生产被提出。