Advances in Heat and Mass Transfer in BiotechnologyAmerican Society of Mechanical Engineers, 2000 |
Conteúdo
LASER INDUCED TRANSPORT IN BIOMEDICAL DIAGNOSTIC | 1 |
Thermal and Thermomechanical Phenomena During Ultrafast Laser Interaction | 9 |
FREEZING OF TISSUE AND TISSUE ENGINEERED EQUIVALENTS | 23 |
Direitos autorais | |
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Termos e frases comuns
Advances in Heat alveolar region artery ASME Advances bioheat biological tissue biophysical Biotechnology Bischof blood flow blood perfusion boundary conditions C/min cell density cell membrane cell volume cells/cm³ cellular choriocapillaris coefficient computed concentration cooling rate Cryobiology cryopreservation cryosurgery D₁ damage deformation diameter domain electroporation ELT-3 cells equation Figure fluorescence fluorophore fractal fractal interpolation freezing function Heat and Mass heat transfer HTD-Vol hydraulic conductivity hyperthermia ice crystals images increase injury intracellular ice formation intratumoral kidney kinetics laser latent heat lung diffusing capacity macroPCM Mass Transfer measured method microdiffusion microfabricated microwave normal nuclei obtained optical optimization parameters perfusion permeability phase change plasmid predicted pressure probe properties prostate protocol red cell distribution shown solution source term stress surface temperature distribution thawing thermal dose thermal therapy transfection Transfer in Biotechnology treatment tumor uterine fibroid variation vascular vessels viability vivo

