683 - 695 |
Generation of hourly ambient temperature from generalized cumulative frequency distributions Satyamurty VV, Ravikumar P |
696 - 701 |
Comparative study of four shadow band diffuse irradiance correction algorithms for Almeria, Spain Lopez G, Muneer T, Claywell R |
702 - 709 |
Natural convection from a tube bundle in a thin inclined enclosure Liu W, Davidson JH, Kulacki FA |
710 - 715 |
Experimental investigation of a LiCl-water open absorption system for cooling and dehumidification Gommed K, Grossman G, Ziegler F |
716 - 725 |
Analysis of heat and moisture transfer beneath freezer foundations -Part I Chuangchild P, Ihm P, Krarti M |
726 - 731 |
Analysis of heat and moisture transfer beneath freezer foundations -Part II Krarti M, Chuangchid P, Ihm P |
732 - 737 |
Thermal performance of unvented attics in hot-dry climates: Results from building America Hendron R, Farrar-Nagy S, Anderson R, Reeves P, Hancock E |
738 - 743 |
Design and performance of the Van Geet off-grid home Barley CD, Torcellini P, Van Geet O |
744 - 749 |
Thermal performance of Danish solar combi systems in practice and in theory Andersen E, Shah LJ, Furbo S |
750 - 758 |
Optimal airflow control of Laboratory Air Handling Unit (LAHU) systems Cui YJ, Liu MS, Conger K |
759 - 767 |
Advancements in salinity gradient solar-pond technology based on sixteen years of operational experience Lu HM, Swift AHP, Hein HD, Walton JC |
768 - 773 |
Development of "low-tech" solar thermal water pumps for use in developing countries Orda E, Mahkamov K |
774 - 780 |
Theoretical analysis of a water desalination system using low grade solar heat Al-Kharabsheh S, Goswami DY |
781 - 788 |
Solar-assisted induced ventilation of small field structures Oz S, Fogel S, Dubovsky V, Ziskind G, Letan R |
789 - 793 |
Photocatalytic oxidation of benzene in air Einaga H, Ibusuki T, Futamura S |
794 - 800 |
Advanced thermal energy storage technology for parabolic trough Tamme R, Laing D, Steinmann WD |
801 - 807 |
Experimental investigation of natural convection heat loss from a model solar concentrator cavity receiver Taumoefolau T, Paitoonsurikarn S, Hughes G, Lovegrove K |
808 - 811 |
Solar methane reforming using a new type of catalytically-activated metallic foam absorber Kodama T, Kiyama A, Moriyama T, Mizuno O |
812 - 818 |
Simulation of a solar stirling engine operating under various weather conditions on Mars Badescu V |
819 - 822 |
Radiative exchange within a two-cavity configuration with a spectrally selective window Z'Graggen A, Steinfeld A |