This action may take several minutes for large corpora, please wait.
doc#118 | temperature. </p><p> Another anode holder used in |
doc#118 | this design the anode holder is water |
doc#118 | conduction from the anode were determined by |
doc#118 | has to this anode holder outside the |
doc#118 | surface of the anode holder. In |
doc#118 | water-cooled anode holder were measured |
doc#118 | originating from the anode plug. </p><p> The |
doc#118 | connected to the anode and cathode holders |
doc#118 | ANODE HOLDER The anode holder shown in |
doc#118 | through the porous anode was varied systematically |
doc#118 | strike to the anode holder instead of |
doc#118 | measuring the characteristic anode surface temperature ( |
doc#118 | region of the anode was struck by |
doc#118 | rest of the anode surface changed size |
doc#118 | temperature of the anode plug, the |
doc#118 | equilibrium between the anode surface and the |
doc#118 | rise through the anode was calculated according |
doc#118 | Simultaneously with the anode surface temperature and |
doc#118 | of the carbon anode holder as indicated |
doc#118 | to which the anode holder was exposed |