Proceedings of Laser-tissue Interaction V: 24-27 January 1994, Los Angeles, California, Volume 2134, Part 1Steven L. Jacques |
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Results 1-3 of 26
Page 82
... SHOCK WAVE IMAGING AND ANALYSIS The experimental arrangement to investigate shock wave evolution was designed according to a typical pump and probe scheme ( Figure 3 ) . The excitation was provided by the same long pulse XeCl excimer ...
... SHOCK WAVE IMAGING AND ANALYSIS The experimental arrangement to investigate shock wave evolution was designed according to a typical pump and probe scheme ( Figure 3 ) . The excitation was provided by the same long pulse XeCl excimer ...
Page 171
... shock waves in tissue . 2. Introduction The propagation of shock waves in tissue has become an important area of ... wave causing the steepening of the leading edge , which eventually becomes a discontinuity ( shock wave ) 7 . The ...
... shock waves in tissue . 2. Introduction The propagation of shock waves in tissue has become an important area of ... wave causing the steepening of the leading edge , which eventually becomes a discontinuity ( shock wave ) 7 . The ...
Page 190
... shock wave . Sound Speed Unloading Wave Pressure Pulse Shock Wave A Figure 4. Compression Pulse Builds to Shock Wave An unloading wave follows the shock , dropping the pressure to ambient values across the unloading wave . The pressure ...
... shock wave . Sound Speed Unloading Wave Pressure Pulse Shock Wave A Figure 4. Compression Pulse Builds to Shock Wave An unloading wave follows the shock , dropping the pressure to ambient values across the unloading wave . The pressure ...
Contents
Introduction | 2 |
Thermal Damage and Ablation | 11 |
SESSION 2 | 29 |
Copyright | |
35 other sections not shown
Common terms and phrases
absorbed absorption coefficient acoustic transients amplitude approximately biological tissues birefringence bubble calculated cavitation cells collagen collapse cornea decrease density depth detector diameter diffuse reflectance effects energy fluence erbium excimer laser experimental femtosecond Figure fluence fluorescence front surface heat hemorrhages Ho:YAG Holmium increase induced infrared integrating sphere intensity Intralipid irradiation J/cm² laser ablation laser beam laser energy laser irradiation laser pulse laser radiation laser-induced Laser-Tissue Interaction layer lens liquid material measured mechanical melanin melanosome membrane method Monte Carlo Nd:YAG laser neural network observed optical properties parameters peak penetration picosecond plasma pressure propagation proteins pulse duration pulse energy pulsed laser pulsewidths Q-switched rabbit radiant exposure sample shock wave signal simulation single pulse skin solution spallation spatial SPIE temperature thermal damage threshold tissue ablation transducer ultrashort values vapor velocity wavelength zona zona pellucida