Page 555 - Advanced thermodynamics for engineers
P. 555

Index    549




               Stone, 319, 321, 345, 352–354, 356, 360–361  Thermal
               Sub-cooling, 55f                            capacitance rate, 135
               Sulfur dioxide (SO 2 ), 318                 conductivity, 331, 469–470
                 emissions, 318–319                        diffusion, 330, 484
               Sulphonic acid, 500                         efficiency, 13
               Supercritical vapour, 428–429               energy, 476
               Superheated gas, 43–44, 147, 423            equilibrium, 3
               Superheating, 39–40                         influence of fuel properties, 99–100
               Supply temperature, 447, 449t, 451t         NO, 312–313
               Surroundings, 2, 4–12, 61, 65–66, 428–429, 516  theories, 329
               Swept volume, 346–347                       transpiration, 491–493
               Swirl                                     Thermocouple, 473f, 477–480
                 barrel, 352–356                           Cu-Ni, 479
                 tumble, 352–354, 356                      Peltier effect, 480–481
               System                                      platinum-rhodium, 479
                 closed, 2, 11, 13, 63, 75–84              Thomson effect, 481–483
                 constant composition, 23, 79, 141, 143, 163–164  Thermodynamic relationships, 141, 145–148
                 isolated, 7, 22, 468                      Clausius–Clapeyron equation, 156–159
                 multicomponent, 28–29, 487                Maxwell relationships, 141–145
                 open, 2, 11, 84–85                        specific heat capacities relationships, 152–156
                 single component, 26, 143, 163, 211, 248  T DS relationships, 148–152
                                                         Thermodynamics, 1–3
               T                                           classical, 1, 467
               T-ds relationships, 148–152                 engineering, 497
                 internal energy and enthalpy variation, 150–152  First Law of. See First Law of Thermodynamics
               Tafel                                       flow quantity, 15
                 exchange current, 518                     fluxes, 470–471, 484–487
                 Tafel equation, 519                       forces, 469–470
                 variable, 518                             heat and work relationship, 6–7
               Tafel parameters. See Tafel                 ideal gas, 178–183
               Taylor                                      irreversible, 473–483, 516, 518
                 microscale, 335t                          laws of, 1–2
                 series, 19, 485                           macroscopic, 1, 182
               Temperature, 3                              state, 2
                 adjusted, 450, 458t                       steady state fuel cells, 516–518
                 critical, 166, 424t, 434                  system, 2
                 difference, minimum, 447, 450, 457         and surrounding interactions, 4–12
                 intervals, 450–452, 458t, 459f            temperature scales, 4
                 inversion, 430, 432–433, 443              thermal equilibrium, 3
                 optimum, 122                              velocities, 469–470
                 products, 263, 265, 287, 331–332          zeroth law, 3
                 ratio, 47, 129, 132f, 392–393           Thermoelectric
                 reactants, 331–333, 334f                  effect, 467, 478, 494
                 scales, 4                                 phenomena, 467, 473–474, 494
                 standard, 79, 91, 224, 231, 515         Thermoelectricity, 473–483. See also Diffusion and heat
                 supply, 447, 451t, 457t                      transfer
                 target, 447, 449t, 451t, 457t, 461        coupled equations, 475–477
               Temperature-heat load diagram, composite, 451f, 458, 459f  thermocouple, 477–480
               Temperature–Enthalpy transfer diagram (T–H transfer  uncoupled effects, 474
                    diagram), 447, 449f                  Thermostatics, 27–28, 467
               Temperature–entropy diagram (T–s diagram), 16, 35, 35f, 38f,  Third law of thermodynamics, 2, 181–182
                    39–40, 47f–48f, 107f, 110f, 139f, 144, 426–428, 448f  Third Tds relationship, 150
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