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用高能重离子Ar和C进行的实验表明：（1）高能重离子可以在固体气泡损伤探测器中产生径迹，重离子径迹呈直线形，由一连串微小气泡组成；（2）固体气泡损伤探测器探测重离子具有阈特性，阈的实质近似为临界能量损失率（dE／dX）C，这一阈特性与蚀刻径迹探测器类似。固体气泡损伤探测器的阈值为（dE／dX）c=2220MeV／g·cm2，可用于重离子物理、宇宙射线和宇宙暗物质探测以及癌症治疗模拟等领域。
Experiments with high-energy heavy ions Ar and C show that: (1) high-energy heavy ions can generate track in the solid bubble damage detector, the heavy ion track is linear and consists of a series of tiny bubbles; (2) solid bubble damage The detector detects heavy ions with threshold characteristics and the threshold approximates the critical energy loss rate (dE / dX) C, a threshold characteristic similar to that of an etched track detector. Solid bubble damage detector threshold (dE / dX) c = 2220MeV / g · cm2, can be used for heavy ion physics, cosmic rays and cosmic dark matter detection and cancer treatment simulation and other fields.