| 93 - 103 |
COMBINED CYCLES WITH GAS-TURBINE ENGINES
NAJJAR YSH, AKYURT M |
| 105 - 116 |
GRAPHICAL EXERGY ANALYSIS OF A NEW-TYPE OF ADVANCED CYCLE WITH SATURATED AIR
JIN HG, ISHIDA M |
| 117 - 127 |
COGENERATION - ONE-WAY TO USE BIOMASS EFFICIENTLY
GUSTAVSSON L, JOHANSSON B |
| 129 - 141 |
GAS-TURBINES IN INDUSTRIAL CHP APPLICATIONS - ASSESSMENT OF ECONOMICS
STROMBERG J, FRANCK PA |
| 143 - 152 |
MODELING AND CONTROL OF AN AIR-TO-AIR HEAT-RECOVERY SYSTEM
ZAHEERUDDIN M, WANG JCY |
| 153 - 163 |
COMPARATIVE-ANALYSIS OF THE OFF-DESIGN PERFORMANCE FOR GAS-TURBINE COGENERATION SYSTEMS
KIM TS, OH CH, RO ST |
| 165 - 171 |
GAS-DRIVEN ABSORPTION RECOMPRESSION SYSTEM
RIFFAT SB, WONG CW |
| 173 - 183 |
THERMODYNAMIC STUDY OF ADVANCED ABSORPTION HEAT TRANSFORMERS .1. SINGLE AND 2-STAGE CONFIGURATIONS WITH HEAT-EXCHANGERS
RIVERA W, BEST R, HERNANDEZ J, HEARD CL, HOLLAND FA |
| 185 - 193 |
THERMODYNAMIC STUDY OF ADVANCED ABSORPTION HEAT TRANSFORMERS .2. DOUBLE ABSORPTION CONFIGURATION
RIVERA W, BEST R, HERNANDEZ J, HEARD CL, HOLLAND FA |
| 195 - 209 |
COMPUTER MODELING OF A DIRECT-CONTACT CONDENSING HEAT-EXCHANGER FOR GAS FURNACES
CHRISTENSEN RN, LIU Q, TALBERT SG |
| 211 - 220 |
OPTIMIZING A REFINERY USING THE PINCH TECHNOLOGY AND THE MIND METHOD
NILSSON K, SUNDEN B |
| 221 - 221 |
UNTITLED
SPINNER B |
