| 611 - 617 |
Solar collector with temperature limitation using shape memory metal
Mahdjuri F |
| 618 - 623 |
Solar air heater applications in India
Bansal NK |
| 624 - 627 |
Graded Al-N/Al absorbing surfaces for all-glass evacuated tubular collectors - R, D and production: Bridging the gap
Yin ZQ, Xue ZQ, Zhang J, Shen CZ |
| 628 - 631 |
Cost effective asymmetric CPC solar collectors
Tripanagnostopoulos Y, Yianoulis P, Papaefthimiou S, Souliotis M, Nousia T |
| 632 - 634 |
Selective absorbing surface for evacuated solar collector tubes
Shi YY, Yang XJ |
| 635 - 638 |
Performance of an unglazed textile-plastic solar absorber
Nabilek B, Kiran E, Turksoy F, Yazar A |
| 639 - 642 |
Design and experimental evaluation of a solar dryer for commercial high-quality hay production
Arinze EA, Schoenau GJ, Sokhansanj S |
| 643 - 646 |
Design of an experimental solar assisted dryer for palm oil fronds
Supranto SK, Daud WRW, Othman MY, Yatim B |
| 647 - 651 |
The use of heat pumps in solar heating in Belgium
Gillet AC |
| 652 - 655 |
Performance enhancement of an integrated collector storage hot water system
Kalogirou SA |
| 656 - 659 |
Thermal utilisation of solar energy - Croatian National Energy Program SUNEN, 1998-2010
Frankovic B, Hrastnik B, Jedrisko C |
| 660 - 664 |
Energy flow in a greenhouse equipped with glass raster lenses
Jirka V, Kuceravy V, Maly M, Pech F, Pokorny J |
| 665 - 668 |
Solar ICS systems with two cylindrical storage tanks.
Tripanagnostopoulos Y, Souliotis M, Nousia T |
| 669 - 672 |
Long-term operation experiences with large-scale solar systems in Slovenia
Arkar C, Medved S, Novak P |
| 673 - 678 |
Rapid cycling solar/biomass powered adsorption refrigeration system
Critoph RE |
| 679 - 684 |
Simplified models for solar-powered absorption cooling systems
Wijeysundera NE |
| 685 - 690 |
Solar refrigeration and cooling
Best R, Ortega N |
| 691 - 694 |
Energetic and exergetic efficiency of latent heat storage system for greenhouse heating
Bascetincelik A, Ozturk HH, Paksoy HO, Demirel Y |
| 695 - 699 |
Thermal performance of different pond cells under actual climatic conditions in Qatar
Marafia AH, Nasser S, Sayigh A |
| 700 - 703 |
Analysis and experimental verification of an improved cooling radiator
Erell E, Etzion Y |
| 704 - 707 |
Experiments with solar-powered adsorption ice-maker
Sumathy K, Li ZF |
| 708 - 713 |
Plea for an ＇European Heat Pump Consortium＇
Gillet AC |
| 714 - 719 |
Commercial scale solar drying
Hollick JC |
| 720 - 724 |
Sizing solar space heating system: A case study
Hasan A |
| 725 - 730 |
System performance studies on a photovoltaic/thermal (PV/T) air heating collector
Garg HP, Adhikari RS |
| 731 - 734 |
Integral-type solar-assisted heat pump water heater
Huang BJ, Chyng JP |
| 735 - 738 |
Solar sorption refrigerator using a CPC collector
Tamainot-Telto Z, Critoph RE |
| 739 - 742 |
Theoretical and experimental studies of a solar still type suitable for alcoholic distillation
Toure S, Salami H, Meukam P |
| 743 - 748 |
Modelling line-axis solar concentrators in the medium temperature range.
Eames PC, Norton B, Tripagnostopoulos Y, Yianoulis P |
| 749 - 752 |
Optimization of solar crop drying
McDoom IA, Ramsaroop R, Saunders R, Kai AT |
| 753 - 756 |
Utilization the concentrated solar energy for process of deformation of sheet metal
Lytvynenko YM, Schur DV |
| 757 - 760 |
The solar furnaces for scientific and technological investigation
Trefilov VI, Schur DV, Pishuk VK, Zaginaichenko SY, Choba AV, Nagornaya NR |
| 761 - 764 |
An experimental procedure to determine solar energy flux distributions on the absorber of line-axis compound parabolic concentrators
Smyth M, Zacharopoulos A, Eames PC, Norton B |
| 765 - 768 |
GA-based fuzzy logic control of a solar power plant using distributed collector fields
Luk PCK, Low KC, Sayiah A |
| 769 - 772 |
Solar energy availability in greenhouses as affected by condensation on cladding materials
Pollet IV, Thoen FP, Pieters JG |
| 773 - 778 |
Analytical and experimental study of a modular solar dryer
Farkas I, Seres I, Meszaros CS |
| 779 - 784 |
Solar dryers in the Asia-Pacific region
Ong KS |
| 785 - 788 |
Solar sludge drying - Based on the IST process
Luboschik U |
| 789 - 794 |
Crop drying programme in Turkey
Oztekin S, Bascetincelik A, Soysal Y |
| 795 - 799 |
Theoretical study and practical application of the capillary film solar distiller
Bouchekima B, Gros B, Ouahes R, Diboun M |
| 800 - 804 |
Marketing and selling solar energy equipment.
Book T |
| 805 - 810 |
French wind power generation programme EOLE 2005 results of the first call for tenders
Laali AR, Benard M |
| 811 - 816 |
Wind energy activities in Japan
Ushiyama I |
| 817 - 821 |
Wind power commercialization development in China
Li JF, Li ZL |
| 822 - 827 |
Wind energy in Turkey
Hanagasioglu M |
| 828 - 834 |
Offshore wind energy prospects
Gaudiosi G |
| 835 - 839 |
Wind technology issues
Martinez A, Prats P |
| 840 - 842 |
Operation and experience with MW-class wind turbines and future development
Olsen CE |
| 843 - 846 |
Effect of operating methods of wind turbine generator system on net power extraction under wind velocity fluctuations in fields
Wakui T, Yamaguchi K, Hashizume T, Outa E, Tanzawa Y |
| 847 - 850 |
Power variation control of a wind generator by using feed forward control
Kodama N, Matsuzaka T, Tuchiya K, Arinaga S |
| 851 - 854 |
Optimum operation of large scale wind-diesel generation systems
Zhao HW, Li XF, Feng YZ |
| 855 - 857 |
Finance and banking for wind energy
Rave K |
| 858 - 862 |
Financing for wind energy
Clulow R |
| 863 - 868 |
"Renewable Energy trading experience"
Alder M |
| 869 - 871 |
The economics of wind energy in South Africa
van der Linde HA, Sayigh AAM |
| 872 - 877 |
Leasing wind turbines (and its alternatives)
Johns JH |
| 878 - 881 |
Trading wind power at the Nordic power pool
Meibom P, Sorensen B |
| 882 - 887 |
Wind turbine electromagnetic scatter modelling using physical optics techniques
Dabis HS, Chignell RJ |
| 888 - 893 |
Wind energy in the world: Reality and prospects
Sesto E |
| 894 - 898 |
Environmental factors affecting wind energy generation in western coastal region of India
Trivedi MP |
| 899 - 903 |
Means to reduce CO2 - Emissions in the Chinese electricity system, with special consideration to wind energy
Ackermann T |
| 904 - 907 |
Terrain topography classification for wind energy generation
Sen ZK |
| 908 - 911 |
Wind turbulence and atmospheric stability - Their effect on wind turbine output
Rohatgi J, Barbezier G |
| 912 - 915 |
Measurement of stress on blade of NEDO's 500 kW prototype wind turbine
Inomata N, Tsuchiya K, Yamada S |
| 916 - 921 |
Wind power for pumping: The development of the ITP windpump
Fraenkel PL, Crick FJ, Cowley PD |
| 922 - 927 |
Research and development issues for small wind turbines
Clausen PD, Wood DH |
| 928 - 933 |
Hybrid wind/PV/diesel system experiences
McGowan JG, Manwell JF |
| 934 - 939 |
A wind turbine battery charger for Africa
Watson G |
| 940 - 943 |
Optimization studies on integrated wind energy systems
Gopalakrishnan K, Thyagarajan K, Kumari BG |
| 944 - 947 |
Small to medium size wind turbines: Local use of a local resource
Hopkins W |
| 948 - 953 |
Wind energy - Clean power for generations
Bourillon C |
| 954 - 960 |
On public attitudes towards wind power
Krohn S, Damborg S |
| 961 - 964 |
Wind energy - India overview
Kumar S |
| 965 - 969 |
Wind energy development in China - Reality and market forces
Han YH |
| 970 - 976 |
Feasibility of hybrid (wind plus solar) power systems for Dhahran, Saudi Arabia
Elhadidy MA, Shaahid SM |
| 977 - 980 |
Liberalization of the Indian power industry: Wind power in Gujarat
Amin AL |
| 981 - 984 |
The role of biomass in a pilot town of Venezuelan Andes
Padilla A, Sanchez R, Briceno L, Urbina E |
| 985 - 990 |
Modern bioenergy in the European Union
Grassi G |
| 991 - 995 |
The role of renewables in meeting rural energy needs in South Asia
Chaturvedi P |
| 996 - 999 |
Policies to improve biomass-electricity generation in Brazil
Coelho ST, Bolognini MF |
| 1000 - 1003 |
Energy supply from municipal wastes: The potential of biogas-fuelled buses in Brazil
Kuwahara N, Berni MD, Bajay SV |
| 1004 - 1006 |
The THERMIE Energy Farm Project
De Lange HJ, Barbucci P |
| 1007 - 1010 |
Effect of catalyst on the pyrolysis of used oil carried out in a fractionating pyrolysis reactor
Dandik L, Aksoy HA |
| 1011 - 1014 |
Bagasse based co-generation system for Indian sugar mills
Sharma MP, Sharma JD |
| 1015 - 1018 |
Energy budget of a method to harvest cotton stalks
Gemtos TA, Tsiricoglou T |
| 1019 - 1022 |
Isolation of a new highly CO2 tolerant fresh water microalga Chlorella sp. KR-1
Sung KD, Lee JS, Shin CS, Park SC |
| 1023 - 1026 |
Economical and technical comparison between herbaceous (Miscanthus x giganteus) and woody energy crops (Salix viminalis)
Venturi P, Gigler JK, Huisman W |
| 1027 - 1030 |
Farm Wood Fuel and Energy Project
Stenhouse EH |
| 1031 - 1036 |
The Swedish wood fuel market
Hillring B |
| 1037 - 1040 |
The charcoal's production in Brazil - process efficiency and environmental effects
Muylaert MS, Sala J, de Freitas MAV |
| 1041 - 1044 |
The Greve in Chianti project
Barducci G, Ulivieri P, Pike DC, McDonald N, Repetto F, Cristo F |
| 1045 - 1048 |
Financial and environmental incentives: Impact on the potential of BIG-CC technology at the sugar-cane industry
Walter A, Overend RP |
| 1049 - 1052 |
Electricity production in rural villages with a biomass Stirling engine
Podesser E |
| 1053 - 1056 |
Oil crops for biodiesel production in Italy
Bona S, Mosca G, Vamerali T |
| 1057 - 1063 |
Electricity generating renewables and global warming emissions
FitzHerbert D |
| 1064 - 1069 |
Anaerobic co-digestion of urban and rural wastes
Hedegaard M, Jaensch V |
| 1070 - 1073 |
Optimizing peracetic acid pretreatment conditions for improved simultaneous saccharification and co-fermentation (SSCF) of sugar cane bagasse to ethanol fuel
Teixeira LC, Linden JC, Schroeder HA |
| 1074 - 1077 |
Assessment of the possibilities of electricity and heat co-generation from biomass in Romania's case
Matei M |
| 1078 - 1083 |
Biodiesel production in Europe and North America, an encouraging prospect
Korbitz W |
| 1084 - 1089 |
The potential of liquid biofuels in France
Poitrat E |
| 1090 - 1093 |
Fuel properties of pyrolytic oil of the straw and stalk of rape plant
Karaosmanoglu F, Tetik E |
| 1094 - 1097 |
Anaerobic treatment of liquidized organic wastes
Sawayama S, Inoue S, Tsukahara K, Yagashita T, Minowa T, Ogi T |
| 1098 - 1101 |
Combustion of blends between plant oils and diesel oil
Wibulswas P, Chirachakhrit S, Keochung U, Tiansuwan J |
| 1102 - 1105 |
A low-energy process for the conversion of fisheries waste biomass
Martin AM |
| 1106 - 1109 |
An equilibrium model for biomass gasification processes
Ruggiero M, Manfrida G |
| 1110 - 1113 |
Coal/biomass co-gasification in a pressurised fluidised bed reactor
de Jong WB, Andries J, Hein KRG |
| 1114 - 1117 |
Hydrogen production from biomass by catalytic gasification in hot compressed water
Minowa T, Inoue S |
| 1118 - 1121 |
Trials of wood carbonization of some forest and fruit-bearing species
Mlaouhi A, Khouaja A, Saoudi H, Depeyre D |
| 1122 - 1127 |
Biomass energy utilisation in Malaysia - Prospects and problems
Kong HW |
| 1129 - 1132 |
Renewable energy utilization in inner mongolia of China
Li L |
| 1133 - 1137 |
Cross cultural technology transfer of sustainable energy systems: A critical analysis
Green D |
| 1138 - 1142 |
Renewable energy policy options for mountain communities: Experiences from China, India, Nepal and Pakistan
Rijal K |
| 1143 - 1146 |
Availability of soft technologies and sustainable development
Srivastava RN |
| 1147 - 1150 |
Cost benefit indicators associated with the integration of alternative energy sources: A systems approach for Carinthia, Austria
Wohlgemuth N |
| 1151 - 1154 |
The social acceptibility of solar cooking in Indonesia
Suharta H, Sena PD, Sayigh AM, Komarudin |
| 1155 - 1159 |
The role of renewable energy in Iran
Kahrobaian A |
| 1160 - 1166 |
Renewable energy financing: India's experience
Bakthavatsalam V |
| 1167 - 1173 |
Potentialities and development of renewable energy sources in an integrated regional system: Tuscany
Basosi R, Maltagliati S, Vannuccini L |
| 1174 - 1179 |
Renewable energy strategy in Japan
Ushiyama I |
| 1180 - 1186 |
Biomass gasification in moving beds, a review of European technologies
Beenackers AACM |
| 1187 - 1189 |
Asean initiatives in renewable energy development and promotion
Bin Yatim B |
| 1190 - 1195 |
Energy efficiency and business development - Making it happen.
Sandgren J |
| 1196 - 1199 |
Prospects for low energy buildings in Poland
Chwieduk D |
| 1200 - 1203 |
Sustainability, energy technologies, and ethics
Matson RJ, Carasso M |
| 1204 - 1209 |
Thermal characteristics of fenestration systems a global look at harmonization of standards
Elmahdy H |
| 1210 - 1215 |
The status and prospects of photovoltaics in Poland
Pietruszko SM |
| 1216 - 1219 |
Renewable energy sources - A long way to go in India
Gupta PK |
| 1220 - 1224 |
Renewable energy education for technicians/mechanics
Kandpal TC, Garg HP |
| 1225 - 1230 |
Renewable energy education for ASEAN
Othman MY, Sopian K |
| 1231 - 1236 |
Strategies for promotion and development of renewable energy in Malaysia
Kannan KS |
