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doc#118 | rates at the anode compared with those |
doc#118 | severe at the anode . In free |
doc#118 | equilibrium between the anode surface and the |
doc#118 | this design the anode holder is water |
doc#118 | requirements for the anode of free burning |
doc#118 | conduction from the anode were determined by |
doc#118 | ejected from the anode formed a jet |
doc#118 | loss from the anode surface was computed |
doc#118 | originating from the anode plug. </p><p> The |
doc#118 | originating from the anode holder and reflected |
doc#118 | ANODE HOLDER The anode holder shown in |
doc#118 | conditions in the anode sheath. 2. |
doc#118 | flow leaving the anode . The anode |
doc#118 | balance of the anode was established. |
doc#118 | means of the anode holder which was |
doc#118 | measurement of the anode surface temperature and |
doc#118 | medium of the anode . </p><p> The higher |
doc#118 | models of the anode holder. The |
doc#118 | reduction of the anode loss. The |
doc#118 | region of the anode was struck by |