| 85 - 95 |
The "porcupine": A novel high-flux absorber for volumetric solar receivers
Karni J, Kribus A, Rubin R, Doron P |
| 96 - 100 |
On the stability of solar chemical particle receivers
Ries H, Tschudi HR, Spirkl W |
| 101 - 107 |
A high-pressure window for volumetric solar receivers
Karni J, Kribus A, Ostraich B, Kochavi E |
| 108 - 114 |
New airfoils for small horizontal axis wind turbines
Giguere P, Selig MS |
| 115 - 120 |
The determination of stochastic loads on horizontal axis wind turbine blades
Freeman LN, Wilson RE |
| 121 - 125 |
An analysis of flat-plate photovoltaic output in Southern Nevada
Boehm R, Chen YT, Thomas J |
| 126 - 130 |
Dynamic response of a feedback thermoresistive electrical substitution pyranometer
Freire RCS, Deep GS, Lobo PC, Lima AMN, Neto JSR, Oliveira A |
| 131 - 138 |
Use of calibrated HVAC system models to optimize system operation
Liu MS, Claridge DE |
| 139 - 144 |
On the thermodynamic optimization of power plants with heat transfer and fluid flow irreversibilities
Ikegami Y, Bejan A |
| 144 - 147 |
A thermal model for mushy zone formation in binary solutions
Zhang YW, Faghri A |
| 147 - 147 |
Photogrammetry: An available surface characterization tool for solar concentrators, part II: Assessment of surfaces (vol 119, pg 286, pg 1997)
Johnston G, Shortis M |
