用自行研制的5种固体气泡损伤探测器在日本国立辐射科学研究所高能重离子加速器HIMAC上用150MeV/u4He、490MeV/u28Si和500MeV/u56Fe对其进行了阈值刻度,得到它的阈值分别为:82.4（T-15型）、1536±232（T-34型）、1628±4（T-12型）、2335±332（T-24型）和 6 060±2 065（T-14型）MeV·g-1·cm2。它们的阈值在几十至几千MeV·g-1·cm2范围内分立排开,这一范围相当于常温情况下固体气泡损伤探测器通常能达到的最高灵敏度和最低灵敏度范围。由这些阈值可推算用固体气泡损伤探测器分辨重离子的分辨参数和推算各种 Five kinds of solid bubble damage detectors developed by ourselves were scaled by using 150MeV / u4He, 490MeV / u28Si and 500MeV / u56Fe on the HIMAC of the National Institute of Radiation Science of Japan. The thresholds of the detectors were as follows: 82.4 (T-15), 1536 ± 232 (T-34), 1628 ± 4 (T-12), 2335 ± 332 (T-24) and 6060 ± 2065 (T-14) MeV · G-1 · cm2. Their thresholds range from tens to thousands MeV · g-1 · cm2, which is equivalent to the highest sensitivity and lowest sensitivity range that solid bubble damage detectors can normally achieve at room temperature. These thresholds can be used to calculate the resolution parameters of heavy ion with solid bubble damage detector and calculate various