|
This page displays all 「FI」 in main group F22B1/00. |
HB:Handbook | ||||
|
CC:Concordance | |||||
|
|
Methods of steam generation characterised by form of heating method (use of solar heat F24S;jackets or other cooling means in which steam is generated and which serve for cooling other apparatus, see the subclasses for such apparatus) | HB | CC | 3L031 | |
|
|
.by exploitation of the heat content of hot heat carriers | HB | CC | 3L031 | |
|
|
The heat carrier being a fluidised bed | HB | CC | 3L031 | |
|
|
.Operation and control methods | HB | CC | 3L031 | |
|
|
.Constructional details | HB | CC | 3L031 | |
|
|
Others | HB | CC | 3L031 | |
|
|
..the heat carrier being hot slag, hot residues, or heated blocks, e.g. iron blocks | HB | CC | 3L031 | |
|
|
..the heat carrier being molten; Use of molten metal, e.g. zinc, as heat transfer medium | HB | CC | 3L031 | |
|
|
Heat source being a sodium-cooling type fast-breeder reactor | HB | CC | 3L031 | |
|
|
.characterised by control | HB | CC | 3L031 | |
|
|
..operating sodium systems | HB | CC | 3L031 | |
|
|
..operating carrier systems to be heated | HB | CC | 3L031 | |
|
|
..operating both sodium systems and heated-carrier systems | HB | CC | 3L031 | |
|
|
.characterised by construction | HB | CC | 3L031 | |
|
|
..Preventing accidents caused by sodium and water reaction | HB | CC | 3L031 | |
|
|
...Relieving thermal stress including flow stabilisation | HB | CC | 3L031 | |
|
|
...Detecting tube leakage | HB | CC | 3L031 | |
|
|
..Improving heat transfer performance | HB | CC | 3L031 | |
|
|
..Miniaturising arrangements | HB | CC | 3L031 | |
|
|
Others | HB | CC | 3L031 | |
|
|
..the heat carrier being steam | HB | CC | 3L031 | |
|
|
...released from heat accumulators | HB | CC | 3L031 | |
|
|
...produced by an indirect cyclic process | HB | CC | 3L031 | |
|
|
...coming in direct contact with water in bulk or in sprays | HB | CC | 3L031 | |
|
|
..the heat carrier being hot liquid or hot vapour, e.g. waste liquid, waste vapour | HB | CC | 3L031 | |
|
|
The heat source being a pressurised water reactor | HB | CC | 3L031 | |
|
|
.characterised by controlling | HB | CC | 3L031 | |
|
|
.characterised by component parts or details | HB | CC | 3L031 | |
|
|
Others | HB | CC | 3L031 | |
|
|
..the heat carrier being a hot gas, e.g. waste gas such as exhaust gas of internal-combustion engines (use of waste heat of combustion engines, in general, F02) | HB | CC | 3L031 | |
|
|
Control | HB | CC | 3L021 | |
|
|
.operating hot gas systems | HB | CC | 3L021 | |
|
|
.operating heated-carrier systems | HB | CC | 3L021 | |
|
|
Steam-generation plants or systems | HB | CC | 3L031 | |
|
|
.for combined power-generation plants | HB | CC | 3L031 | |
|
|
.for metal-producing furnaces | HB | CC | 3L031 | |
|
|
.for waste incinerators | HB | CC | 3L031 | |
|
|
.for hydrocarbon compound reactors | HB | CC | 3L031 | |
|
|
.for internal-combustion engines | HB | CC | 3L031 | |
|
|
.for cement baking plants | HB | CC | 3L031 | |
|
|
.Relieving thermal stress | HB | CC | 3L031 | |
|
|
.Preventing corrosion or scale adherence | HB | CC | 3L031 | |
|
|
.Miniaturisation | HB | CC | 3L031 | |
|
|
.Measures against fluctuation of exhaust gas-supplying amount | HB | CC | 3L031 | |
|
|
Component parts or details | HB | CC | 3L031 | |
|
|
.Heat exchange parts | HB | CC | 3L031 | |
|
|
Others | HB | CC | 3L031 | |
|
|
.using heat evolved in a solution absorbing steam; Soda steam boilers | HB | CC | 3L031 | |
|
|
.using combustion under pressure substantially exceeding atmospheric pressure | HB | CC | 3L031 | |
|
|
..Pressure-fired steam boilers, e.g. using turbo air compressors actuated by hot gases from boiler furnace | HB | CC | 3L031 | |
|
|
..Steam boilers of submerged-flame type, i.e. the flame being surrounded by, or impinging on, the water to be vaporised | HB | CC | 3L031 | |
|
|
.in boilers heated electrically | HB | CC | 3L031 | |
|
|
for steam ovens | HB | CC | 3L031 | |
|
|
for cosmetic purposes | HB | CC | 3L031 | |
|
|
Others | HB | CC | 3L031 | |
|
|
..Electrode boilers | HB | CC | 3L031 | |