Page 311 - Computational Modeling in Biomedical Engineering and Medical Physics
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300   Index


                Mass (Continued)                       Noninvasive hemodynamic monitoring
                  density, 179                          bioimpedance methods and models, 148 149
                  function, 30 33                       electrical impedance in, 147 149
                Mathematical model(ing), 7 8, 255 259   plethysmogram, 147 148
                  boundary and initial conditions, 9 10  Nonlinear dynamics, 93
                  boundary and initial values problems, 11 14  Nucleus pulposus, 71
                  complete and independent, coherent, and  Numerical analysis of heating blood flow into
                     noncontradictory system of laws, 8 9   account, 268 271
                  initial values problems, 10 11       Numerical experiment, 1 2
                  numerical solutions to, 14 15        Numerical model(ing), 83 84, 94, 178, 253 254,
                Maxwell laws, 8 9, 20                       259 263
                Mechanical stress analysis, 71 72      Numerical simulation, 1 2, 94, 180 181,
                Medical image-based construction, 30        233 234, 237 239, 242 244
                Metastases, 249 250                     to mathematical models, 14 15
                Microwave (MW), 249
                Microwave ablation (MWA), 254          O
                Microwave hyperthermia                 Ohm’s law, 222
                  numerical analysis of heating blood flow into  Ohmic heat source, 6
                     account, 268 271                  One-dimension action potential propagation,
                  pin interstitial applicators for, 266 277  105 108
                  temperature-dependent dielectric properties,  One-way coupled problem, 275 276
                     275 277                           Onsager relations, 16
                  thermal analysis in mild hyperthermia of soft  Open systems, 3
                     tissue, 271 275                   Optimization process, 227
                Microwave magnetic thermal thermotherapy of  Ordinary differential equations (ODEs), 10 11
                     hepatic tumor, 280 283            Organization, 43 45
                Mitoxantrone, 171                      Oscillometry, 118
                Momentum, 18                           Osteoblasts, 195 196
                Mononuclear phagocyte system (MPS), 277 278  Ostwald-de-Waele fluid, 130
                Morphology of natural flow systems, 47
                Multidisciplinary problems, 7 8        P
                Multiphysics, 7 8                      P wave, 97
                Myocardium cells, 97
                                                       Pain, 219
                                                       Paint effect, 85
                N                                      Paired-pulse TMS, 219
                N-point moving average (NPMA), 119     Parabolic PDE, 18
                National Cancer Institute classification (NIH),  Paramagnetic materials, 173
                     249 250                           Partial differential equation (PDEs), 8
                Natural systems, 43                    Peak aortic acceleration of blood (PAA),
                Navier Stokes momentum equation, 9, 270     150, 151
                NCCOM3 apparatus, 150                  Pegylated citrate, 176 177
                Necrosis time indicator, 253           Penetration depths, 158
                Nephrons, 256                          Pennes model, 263
                Neumann condition, 9                   Pennes one-temperature model, 26
                Neural processes, 217                  Perfectly matched layers (PML), 285
                Neurites, 217                          Peripheral blood pressure (PBP), 118
                Nodal cells, 83                        Peripheral magnetic stimulation (PMS), 217 218
                Noncontradictory system of laws, 8 9   Permanent magnet (PM), 171 172
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