|
FR2254224A6
|
|
Improvements to heat utilisation in vapour cycle - involves use of two exchangers and a thermofluid
|
|
US3886749A
|
|
Steam power stations
|
|
US3930942A
|
|
Industrial technique
|
|
FR2221791A1
|
|
Thermal expansion control for liq. metal cooled reactor - with alignment of controls and unstressed pressurised areas
|
|
FR2215837A5
|
|
Thermal power station - with variable demand automatic control system
|
|
FR2215834A5
|
|
Thermal power station - with variable demand automatic control system
|
|
FR2197444A5
|
|
Hard vacuum tight welded flange joint - with upturned rims forming annular gap closed by overhead weld
|
|
US3996102A
|
|
Support grid
|
|
US3850796A
|
|
Leakproof connection means between hoop and nozzle of pressure vessel
|
|
US3850795A
|
|
Means for adjustable clamping skirt between pressure vessel and core
|
|
DE2221015A1
|
|
Nuclear reactor
|
|
US3823066A
|
|
Jacketing for an assembly of nuclear reactor fuel elements
|
|
FR2178386A5
|
|
Carbon dioxide heat engine - with compounded thermal cycle for optimized efficiency
|
|
US3755647A
|
|
Method for making a tubular structure
|
|
CA947754A
|
|
Direct contact evaporators
|
|
US3745978A
|
|
Apparatus for drying and superheating steam
|
|
FR2153692A5
|
|
Condenser discharge welding appts - is highly portable for use on site
|
|
GB1328440A
|
|
Heat exchangers
|
|
GB1283010A
|
|
Heat exchanger apparatus
|
|
FR2089292A5
|
|
Multi-stage expansion evaporator - for desalination of sea-water giving high output
|
