457
D
Debye mass, 99
Defuzzification, 215
Degenerated scalar circle, 113
Degussa P-25 TiO 2 , 286, 294
Demand-free condition, 293
Dendrimers, 244
Dendrimer-ultrafiltration system, 244
Densities of states (DOS), 89–92, 116, 117,
122, 424, 426
Derating factor, 359
Diode-induced constant, 109
Direct-driven dynamo, 374
Disinfection (DIS) system, 131
Disinfection and microbial control
antimicrobial mechanisms, 253, 254
antimicrobial nanomaterials, 253–255
CNTs, 254
coating techniques, 254
DBPs, 252
MWNTs, 254
nano-Ag, 254
nanomaterials, 253, 254
nanotechnology-enabled disinfection, 254
Disinfection by-products (DBPs), 252
Disinfection process, 131
Dissipative integral–differential equation, 91
Dissolved organic carbon (DOC), 285
Dissolved oxygen (DO), 265, 283, 284
Domestic biowaste
anaerobic co-digestion, 137
bioenergy, 130
building wastewater, 130
human stool, 130
methanogenesis process, 137
DOS dimensional modes, 29
Doubly fed induction generator (DFIG), 161,
178, 181–184, 186–189, 207,
210, 212–216
Dyes, 274
Dynabead
®
, 256
Dynamic electricity energy, 72
Dynamic global vegetation modeling
(DGVM), 384
Dynamic photon capture, 118
E
ECs, 396, 397
Efficiency ratio, 123
Electric field, 93
Electrical rotor angular speed, 191
Electrical subsystem, 181–186, 189–192
flying car design, 216–218
Electrical system, 181
Electrical voltage formations, 183
Electricity, 357–359
Electricity (EF) vector, 27
Electricity energy, 23, 35, 69, 135, 142
Electricity generation, 121, 136
Electricity transformation, 120
Electrochemical carbon nanotube filters, 132
Electrolysis, 443, 449–451
Electromagnetic field (EMF) vector, 117
Electromagnetic force, 158, 161
Electromagnetic force induction, 371
Electromagnetic induction, 164
Electromagnetic radiation (EM), 4–6
Electromagnetic torque, 183, 213
Electromagnetic wave, 349
Electronic torque, 190, 217, 370
Electron-state hydrogen energy, 444
Electron-state photon, 119
Electrospinning, 246
Electrospun nanofibers, 246, 258
Electrostatic force
analysis, 123–125
formation, 117
generation, 113–117
H 2 O, 106
positive charge, 106
Electrostatic force analysis, 446–449
Electrostatic force-generating plastic tank, 106
EM field, 113
Emerging contaminant, 396, 398, 399
Energy consumption, 14, 105, 158
Energy conversion, 91, 178, 181, 182, 188,
189, 191, 215
Energy cost, 359
Energy crisis, 55
Energy generation rate, 72
Environment, 339, 340
Environmental impacts, 106
Environmental pollution, 395, 401
Environmental sustainability, 152, 154, 336,
339, 340
Environmental vulnerability, 82, 129,
331, 383
Environmental water use, 233
Environmental waters, 396
Evaporation, 227
Evapotranspiration, 227
Expected density of state (EDOS), 426
F
Fiber-optic light source, 445
Field intensity, 119
Index
D
Debye mass, 99
Defuzzification, 215
Degenerated scalar circle, 113
Degussa P-25 TiO 2 , 286, 294
Demand-free condition, 293
Dendrimers, 244
Dendrimer-ultrafiltration system, 244
Densities of states (DOS), 89–92, 116, 117,
122, 424, 426
Derating factor, 359
Diode-induced constant, 109
Direct-driven dynamo, 374
Disinfection (DIS) system, 131
Disinfection and microbial control
antimicrobial mechanisms, 253, 254
antimicrobial nanomaterials, 253–255
CNTs, 254
coating techniques, 254
DBPs, 252
MWNTs, 254
nano-Ag, 254
nanomaterials, 253, 254
nanotechnology-enabled disinfection, 254
Disinfection by-products (DBPs), 252
Disinfection process, 131
Dissipative integral–differential equation, 91
Dissolved organic carbon (DOC), 285
Dissolved oxygen (DO), 265, 283, 284
Domestic biowaste
anaerobic co-digestion, 137
bioenergy, 130
building wastewater, 130
human stool, 130
methanogenesis process, 137
DOS dimensional modes, 29
Doubly fed induction generator (DFIG), 161,
178, 181–184, 186–189, 207,
210, 212–216
Dyes, 274
Dynabead
®
, 256
Dynamic electricity energy, 72
Dynamic global vegetation modeling
(DGVM), 384
Dynamic photon capture, 118
E
ECs, 396, 397
Efficiency ratio, 123
Electric field, 93
Electrical rotor angular speed, 191
Electrical subsystem, 181–186, 189–192
flying car design, 216–218
Electrical system, 181
Electrical voltage formations, 183
Electricity, 357–359
Electricity (EF) vector, 27
Electricity energy, 23, 35, 69, 135, 142
Electricity generation, 121, 136
Electricity transformation, 120
Electrochemical carbon nanotube filters, 132
Electrolysis, 443, 449–451
Electromagnetic field (EMF) vector, 117
Electromagnetic force, 158, 161
Electromagnetic force induction, 371
Electromagnetic induction, 164
Electromagnetic radiation (EM), 4–6
Electromagnetic torque, 183, 213
Electromagnetic wave, 349
Electronic torque, 190, 217, 370
Electron-state hydrogen energy, 444
Electron-state photon, 119
Electrospinning, 246
Electrospun nanofibers, 246, 258
Electrostatic force
analysis, 123–125
formation, 117
generation, 113–117
H 2 O, 106
positive charge, 106
Electrostatic force analysis, 446–449
Electrostatic force-generating plastic tank, 106
EM field, 113
Emerging contaminant, 396, 398, 399
Energy consumption, 14, 105, 158
Energy conversion, 91, 178, 181, 182, 188,
189, 191, 215
Energy cost, 359
Energy crisis, 55
Energy generation rate, 72
Environment, 339, 340
Environmental impacts, 106
Environmental pollution, 395, 401
Environmental sustainability, 152, 154, 336,
339, 340
Environmental vulnerability, 82, 129,
331, 383
Environmental water use, 233
Environmental waters, 396
Evaporation, 227
Evapotranspiration, 227
Expected density of state (EDOS), 426
F
Fiber-optic light source, 445
Field intensity, 119
Index