Junqin Chen

This paper introduces a 3D-PCM system with expanded field of view and high resolution for real-time cavitation detection during laser lithotripsy.

This paper introduces a nanofluid that enhances laser lithotripsy efficiency while maintaining safety by improving optical absorption and reducing thermal damage.

This paper enhances laser lithotripsy efficiency using a PEDOT:PSS nanofluid, achieving significant improvements in stone ablation without increased thermal injury.

This study identifies intra-crater bubble expansion as the primary mechanism causing ureteral stone fracture during laser lithotripsy, distinguishing it from thermal ablation or bubble collapse.