Feasibility of using apparent thermophysical properties to incorporate the effect of blood perfusion in estimation of temperature in tissues

Engineering & Materials Science

• Thermodynamic properties 82%
• Blood 81%
• Tissue 75%
• Cryosurgery 50%
• Heat conduction 46%
• Temperature 35%
• Specific heat 31%
• Thermal conductivity 26%
• Temperature distribution 24%
• Ablation 18%
• Ice 14%
• Heat transfer 9%

Physics & Astronomy

• thermophysical properties 100%
• blood 85%
• conductive heat transfer 43%
• organs 30%
• temperature 26%
• temperature distribution 23%
• thermal conductivity 23%
• specific heat 22%
• hyperthermia 17%
• ice 14%
• ablation 13%
• balls 13%
• heat transfer 11%
• estimates 8%
• simulation 5%

Chemical Compounds

• Thermal Conductivity 83%
• Thermodynamic Property 78%
• Ablation 20%
• Heat Transfer 19%
• Heat Capacity 17%
• Simulation 11%