Dictionary of Energy; Special Essays on Important Energy Terms; acid rain (p. 4); agriculture (p. 9); alternative fuel (p. 14); battery (p. 34); biomass (p. 42); blackout (p. 45); boiler (p. 48); bomb calorimeter (p. 49); boom and bust (p. 50); Calvin cycle (p. 61); cap and trade (p. 62); carbon (p. 64); carbon sequestration (p. 67); climate change (p. 79); coal (p. 82); combustion (p. 88); DDT (p. 108); distributed energy (p. 121); ecological energetics (p. 129); ecological footprint (p. 130); elasticity (p. 134); emergy (p. 139); endotherm (p. 142); energy (concept of) (p. 143)
Energy conservation (p. 143)energy-GDP ratio (p. 145); energy transitions (p. 146); entropy (p. 148); environmental Kuznets curve (p. 150); exergy (p. 156); experience curve (p. 157); fossil energy power plant (p. 172); fuel cell (p. 176); fuel economy (p. 177); general circulation model (p. 184); Ghawar (p. 188); Gibbs free energy (p. 189); global warming (p. 191); green certificate (p. 195); greenhouse gas (p. 196); heat (p. 202); horsepower (p. 212); Hubbert curve (p. 214); hydrogen (p. 218); industrial ecology (p. 226); Industrial Revolution (p. 227); input-output analysis (p. 229)
Internal-combustion engine (p. 232)IPAT equation (p. 234); Jevons' paradox (p. 239); Krebs cycle (p. 244); Kyoto Protocol (p. 245); levelized cost (p. 252); light (p. 253); longwall mining (p. 261); lunar-solar power (p. 264); market-based instrument (p. 270); market failure (p. 271); Mauna Loa curve (p. 273); natural capital (p. 291); natural gas (p. 292); net energy (p. 295); NIMBY (p. 298); nongovernmental organization (p. 301); ocean energy (p. 306); oil crises (p. 309); oil sand (p. 310); oil spill (p. 311); OPEC (p. 312); Otto cycle (p. 316); passive solar energy (p. 322)
Peak oil (p. 324)peat (p. 325); perpetual motion (p. 327); photosynthesis (p. 332); primary energy (p. 346); quantum theory (p. 354); radiation (p. 357); recycling (p. 366); refrigeration (p. 369); renewable portfolio standard (p. 372); resource curse (p. 375); restructuring (p. 376); R-value (p. 383); seismic exploration (p. 391); smog (p. 400); sociopolitical collapse (p. 401); solar cell (p. 404); solar thermal energy (p. 408); strip mining (p. 424); supertanker (p. 431); synthetic fuel (p. 434); technological innovation (p. 437); temperature scales (p. 439); thermodynamics (p. 445)
Tidal energy (p. 449)turbine (p. 460); uranium (p. 467); vertical integration (p. 474); waste-to-energy (p. 478); wells-to-wheels (p. 482); wind farm (p. 486); wood energy (p. 488)
