| 301 - 308 |
A proposal for transmission pricing methodology in Thailand based on electricity tracing and long-run average incremental cost
Limpasuwan T, Bialek JW, Ongsakul W, Limmeechokchai B |
| 309 - 320 |
The guidelines for state policy of energy efficiency in Lithuania
Klevas V, Minkstimas R |
| 321 - 333 |
Slow, slow, quick, quick, slow: Saudi Arabia's'Gas Initiative'
Robins P |
| 335 - 344 |
Efficiency and regulation of the Slovenian electricity distribution companies
Filippini M, Hrovatin N, Zoric J |
| 345 - 355 |
Integration of national and regional energy development programs in Baltic States
Klevas V, Antinucci M |
| 357 - 366 |
Medium-range planning economics of future electrical-power generation options
Jaber JO, Al-Sarkhi A, Akash BA, Mohsen MS |
| 367 - 382 |
Fossil electricity and CO2 sequestration: how natural gas prices, initial conditions and retrofits determine the cost of controlling CO2 emissions
Johnson TL, Keith DW |
| 383 - 394 |
Energy sustainability and global warming in Spain
Hernandez F, Gual MA, Del Rio P, Caparros A |
| 395 - 411 |
Implications of changes in household stoves and fuel use in China
Edwards RD, Smith KR, Zhang JF, Ma YQ |
| 413 - 427 |
Carbon exergy tax: a thermo-economic method to increase the efficient use of exergy resources
Santarelli MGL |
| 429 - 436 |
Elasticities of electricity demand in urban Indian households
Filippini M, Pachauri S |
| 437 - 439 |
The solar economy: renewable energy for a sustainable global future
Huber C |
