Advances in Heat and Mass Transfer in BiotechnologyAmerican Society of Mechanical Engineers, 2001 |
Conteúdo
MODELING OF BIOTRANSPORT PHENOΜΕΝΑ | 1 |
VISUALIZATION AND IMAGING IN BIOTRANSPORT | 55 |
THERMAL INJURY AND TREATMENT | 87 |
Direitos autorais | |
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2001 ASME International ASME International ASME International Mechanical benign prostatic hyperplasia biophysical Bischof bone boundary conditions C/min carotid arteries cell viability cleft coefficient collagen computational convection cooling rates Cryobiology cumulative fraction curve decrease diameter dye uptake effect electrode endothelial cells endothelium energy equation experimental data experimental results experiments fiber Figure fluorescence fluorometer freezing growth heat transfer histology hMEC cells homoclinic orbit HTD-Vol hyperthermia increased inflection point internal carotid artery International Mechanical Engineering intracellular ice formation junction strand kinetics L₁ Lag Phase large pore laser layer lesions liver Logistic Growth maximum measured Mechanical Engineering Congress mechanical properties membrane ml/min neoclassical model nucleation obtained parameters perfusion permeability post-thaw probe Proceedings of 2001 RBC's region saline shown shows simulations sinusoids solution stationary point surface temperature distributions thermal damage thermal therapy thermocouples tumor values vascular velocity volume W/m² W/m²K water transport

