Dust process energy detection device for in-vitro optical fiber laser stone ablation experiment

The invention relates to a dusting process energy detection device for an in-vitro optical fiber laser stone ablation experiment, which is characterized in that a dual-channel sheath is inserted into the upper part of a multi-mesh screen shell stone collecting system, a laser optical fiber is sleeved in the dual-channel sheath, and a thermocouple coil is arranged in the dual-channel sheath and is positioned at the lower part of the laser optical fiber; a water inlet and a water outlet are inserted into the two opposite side faces of the multi-mesh screen shell stone collecting system respectively, and an energy detector is arranged on the side face, adjacent to the water inlet, of the multi-mesh screen shell stone collecting system. According to the optical fiber laser ablation device, the thermal action radius and fragmentization and dusting effects of the optical fiber laser ablation stone can be analyzed by quantitatively measuring the laser thermal action area and the amount of fragments filtered by the m