471 - 482 |
FINDINGS FROM A LOW-ENERGY, NEW COMMERCIAL-BUILDINGS RESEARCH AND DEMONSTRATION PROJECT PIETTE MA, NORDMAN B, DEBUEN O, DIAMOND R |
483 - 493 |
2ND-LAW-BASED THERMODYNAMIC ANALYSIS OF HOT-GAS, BYPASS, CAPACITY-CONTROL SCHEMES FOR REFRIGERATION AND AIR-CONDITIONING SYSTEMS YAQUB M, ZUBAIR SM, KHAN SH |
495 - 510 |
TECHNOLOGY FOR SUSTAINABLE DEVELOPMENT - A CASE-STUDY OF SOLAR DOMESTIC HOT-WATER HEATING IN ONTARIO BERBASH Y, CHANDRASHEKAR M, CALAMAI P |
511 - 522 |
ANALYTICAL STUDY OF COLLECTOR SOLAR-GAIN ENHANCEMENT BY MULTIPLE REFLECTORS KUMAR R, KAUSHIK SC, GARG HP |
523 - 530 |
POWER OPTIMIZATION OF AN EXTRATERRESTRIAL, SOLAR-RADIANT STIRLING HEAT ENGINE BLANK DA, WU C |
531 - 547 |
Cost of CO2 reduction in building construction Tiwari P, Parikh J |
549 - 553 |
CO2 reduction potential through non-conventional energy sources in India Gupta NC, Jain VK, Bansal NK |
555 - 565 |
Optimization of reheat pressures in thermal power plants Habib MA, Said SAM, Al-Zaharna I |
567 - 571 |
Sensitivity analysis of an aqua-ammonia-absorption refrigeration system (AARS) Bayramoglu M, Bulgan AT |
573 - 576 |
The effect of Joule losses on the total efficiency of a thermoelectric power cycle Sisman A, Yavuz H |
577 - 583 |
A method for estimating the energy efficiency of the economy Stepanov VS |
585 - 587 |
Energy utilization in the clay and pottery processing industries in Nigeria Akinbode FO |
589 - 589 |
Comment on "Atmospheric residence time and the carbon cycle" by C. Starr (vol 18, pg 1297, 1993) Bolin B |
591 - 592 |
Reply to B. Bolin by Chauncey Starr Starr C |