458
Fifth Assessment Report of the
Intergovernmental Panel on Climate
Change (IPCC AR5), 382
Fixed-bed reactors, 245
Flux orientation system, 212
Flying car design
aerodynamic characteristics and
features, 210
battery modeling, 209, 219, 220
car’s speed, 211
CFD, 202
conceptual model, 203
DFIG and MPPT, 210
electrical subsystem, 216–218
generator modeling, 207, 208, 217–219
9618 NACA series airfoils, 204
performance in air, 202
principles, 210
stream velocity, 210
3D CFD, 202
3D k-omega turbulence model, 203, 204
voltage dips, 210
WECS, 207, 215, 216
wind energy modeling, 204–206, 212–215
wind speed signals, 210
wing, 202
wing positions and attack angles, 209
Flying transportation technology, see Flying
car design
Fock cooling, 93, 428
Fock states, 119
Fock-state cooling photons, 428
Fock-state photon number, 119
Forward osmosis (FO), 249
Fossil fuel, 105, 106, 129, 202, 383, 384, 387,
388, 390
Fourth-order algorithms, 229
Freeze-drying of food, 226
Functional integral equation, 117
Functional materials, 246
Functional nanomaterials, 246, 258
Fuzzifications, 188
Fuzzy inference system (FIS), 188
Fuzzy logic controller (FLC), 187–189
Fuzzy lucidity checker (FLC), 215, 216
G
Gearbox, 213
Generator modeling
flying car design, 207, 208, 217–219
Geothermal energy
air gap flux link, 66
algorithm, 68
climate changing, 60
direct-driven synchronous force, 64
DOD and temperature, 73
earth and biosphere, 60
electricity energy, 65, 66
electricity energy generation, 73
electricity power output, 67
energy calculation, 68
energy charge rate, 66
energy cofactor, 66
energy flow calculation, 66
energy generation, 60, 69
feedwater pump piping, 68
full-scale conversion, 64
generator system, 63
geothermal heat, 60
greenhouse gas emission, 59
ground-source heat pumps, 62
in situ technology, 60
kinetic and potential energy flow, 60
mass fraction, 61, 62
mechanism technology, 61
motor rotation rate, 66
MPP, 71
net energy generation, 61
one-mass model calculation, 63
P-s diagram, 67
shaft frequency, 64
turbine rotor moment, 63
volt function, 72
Glazing wall surface, 4, 6
Global carbon budget, 382
Global CO 2 concentration, 382
Global energy, 55, 82
Global environmental crisis, 59
Global environmental equilibrium
clean energy, 440, 443–446
electrostatic force analysis, 446–449
hydrogen energy production, 449–451
on-site water treatment, 442, 443
photosynthesis, 439
plants, 439
potable water, 440
static electric forces, 440–443
transpiration, 439, 440
Global fossil fuel energy consumption, 14
Global heating and cooling mechanism, 417
Global mean temperature (GMT), 14
Global solar energy, 14, 22, 23
Global warming, 158, 325, 326
Green alleys, 150, 152–154
Green infrastructure system
climate change, 149, 152
conventional infrastructure system, 149, 150
Index
Fifth Assessment Report of the
Intergovernmental Panel on Climate
Change (IPCC AR5), 382
Fixed-bed reactors, 245
Flux orientation system, 212
Flying car design
aerodynamic characteristics and
features, 210
battery modeling, 209, 219, 220
car’s speed, 211
CFD, 202
conceptual model, 203
DFIG and MPPT, 210
electrical subsystem, 216–218
generator modeling, 207, 208, 217–219
9618 NACA series airfoils, 204
performance in air, 202
principles, 210
stream velocity, 210
3D CFD, 202
3D k-omega turbulence model, 203, 204
voltage dips, 210
WECS, 207, 215, 216
wind energy modeling, 204–206, 212–215
wind speed signals, 210
wing, 202
wing positions and attack angles, 209
Flying transportation technology, see Flying
car design
Fock cooling, 93, 428
Fock states, 119
Fock-state cooling photons, 428
Fock-state photon number, 119
Forward osmosis (FO), 249
Fossil fuel, 105, 106, 129, 202, 383, 384, 387,
388, 390
Fourth-order algorithms, 229
Freeze-drying of food, 226
Functional integral equation, 117
Functional materials, 246
Functional nanomaterials, 246, 258
Fuzzifications, 188
Fuzzy inference system (FIS), 188
Fuzzy logic controller (FLC), 187–189
Fuzzy lucidity checker (FLC), 215, 216
G
Gearbox, 213
Generator modeling
flying car design, 207, 208, 217–219
Geothermal energy
air gap flux link, 66
algorithm, 68
climate changing, 60
direct-driven synchronous force, 64
DOD and temperature, 73
earth and biosphere, 60
electricity energy, 65, 66
electricity energy generation, 73
electricity power output, 67
energy calculation, 68
energy charge rate, 66
energy cofactor, 66
energy flow calculation, 66
energy generation, 60, 69
feedwater pump piping, 68
full-scale conversion, 64
generator system, 63
geothermal heat, 60
greenhouse gas emission, 59
ground-source heat pumps, 62
in situ technology, 60
kinetic and potential energy flow, 60
mass fraction, 61, 62
mechanism technology, 61
motor rotation rate, 66
MPP, 71
net energy generation, 61
one-mass model calculation, 63
P-s diagram, 67
shaft frequency, 64
turbine rotor moment, 63
volt function, 72
Glazing wall surface, 4, 6
Global carbon budget, 382
Global CO 2 concentration, 382
Global energy, 55, 82
Global environmental crisis, 59
Global environmental equilibrium
clean energy, 440, 443–446
electrostatic force analysis, 446–449
hydrogen energy production, 449–451
on-site water treatment, 442, 443
photosynthesis, 439
plants, 439
potable water, 440
static electric forces, 440–443
transpiration, 439, 440
Global fossil fuel energy consumption, 14
Global heating and cooling mechanism, 417
Global mean temperature (GMT), 14
Global solar energy, 14, 22, 23
Global warming, 158, 325, 326
Green alleys, 150, 152–154
Green infrastructure system
climate change, 149, 152
conventional infrastructure system, 149, 150
Index