High Pressure Gas as a Heat Transport Medium: A Symposium Arranged by the Nuclear Energy Group, 9-10th March 1967 |
Contents
Introduction ix | 1 |
Gassolids suspensions as heat transfer media | 17 |
PRIMARY CIRCUITS | 34 |
Copyright | |
22 other sections not shown
Common terms and phrases
application average axial bank bearings blade blower boiler calculated carbon dioxide carried cent centrifugal channel circuit circulator coefficient compared conductivity considerable considered constant coolant cooling core correlation density diameter direction duct effect efficiency element equation experiments factor flow fluid frequency friction fuel give given graphite heat exchanger heat transfer helium higher increase inlet insulation lb/inē length limited load loss machines material maximum mean measured mixture motor nuclear obtained occur operating outlet parameters particles performance plate position possible present pressure drop problems properties radiation range ratio reactor reduced reference relative resistance Reynolds number seal shown shows side solid sound speed steam steel stress structure surface temperature term thermal thickness tion tube unit values variation vessel vibration wall wave