Proceedings of Laser-tissue Interaction and Tissue Optics, Issue 1SPIE--the International Society for Optical Engineering, 1996 - Lasers |
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Page 108
... temperature rise during a laser exposure of pulse duration At . The power density , q , absorbed in erythrocyte can , provided that the optical penetration depth is much larger then the dimensions of the erythrocyte , be expressed , q ...
... temperature rise during a laser exposure of pulse duration At . The power density , q , absorbed in erythrocyte can , provided that the optical penetration depth is much larger then the dimensions of the erythrocyte , be expressed , q ...
Page 109
... temperature rise of a cylindrical vessel during exposure to laser power can be expressed 7 ) , 1 a 2x r2 + p2 -2 pr cos q ( p , v ) 4лK ( 1 - T ) 4x ( 1 - T ) e pdvdpdτ T ( r , t < At ) = S S S T - 00-00-0 where r and t are ...
... temperature rise of a cylindrical vessel during exposure to laser power can be expressed 7 ) , 1 a 2x r2 + p2 -2 pr cos q ( p , v ) 4лK ( 1 - T ) 4x ( 1 - T ) e pdvdpdτ T ( r , t < At ) = S S S T - 00-00-0 where r and t are ...
Page 145
... temperature rise in the centre of a spherical melanosome can then be expressed as , , 2 30 = 4 3 8 ( √πM ) ̊KT , ejj + 4x ( 1 - T ) e 3 ( 2√π ( 1 − T ) ) * x √ X 4πr2dτdr m m - 2 √xime x + √πm2 4xt ( 1 ) where T1 ( t < Tp ) is the ...
... temperature rise in the centre of a spherical melanosome can then be expressed as , , 2 30 = 4 3 8 ( √πM ) ̊KT , ejj + 4x ( 1 - T ) e 3 ( 2√π ( 1 − T ) ) * x √ X 4πr2dτdr m m - 2 √xime x + √πm2 4xt ( 1 ) where T1 ( t < Tp ) is the ...
Contents
Laser action in dyeinfused biological tissue 262402 | 2 |
Tissue treatment under water with simultaneously fiberguided erbium and holmium laser | 10 |
influence on the biomechanics of the hatching | 27 |
Copyright | |
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absorption coefficient acoustic wave aerosol amplitude application biological tissue bubble formation cable cartilage cavitation cell clinical CO2 laser concentration cornea damage dependence detected detector diameter diffusion distance distribution dose effect epidermis equation erbium erbium laser experimental exposure fiber tip Figure fluence fluence rate fluorescence Hematocrit holmium holmium laser human increase induced integrating sphere investigations irradiation J/cm² laser ablation laser irradiation laser plume laser pulse laser radiation laser treatment laser-induced Laser-Tissue Interaction light liver measured mechanical melanin melanin absorption melanosomes Nd:YAG laser parameters particles pigment port-wine stain pressure transients pulse duration pulse energy pyrolysis pyrolysis products Q-switched rarefaction reflectance sample scattering signal simulation skin solution specific heat capacity spectra SPIE Vol stress substances surgery Svaasand techniques temperature rise thermal thermocouple threshold thrombus tissue ablation tissue interaction tissue surface values vapor velocity vessel vitro wavelength whole blood zone