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doc#118 | the characteristic anode surface temperature (see |
doc#118 | of the anode surface changed size and |
doc#118 | To measure the surface temperature of the |
doc#118 | plug, the surface was scanned with |
doc#118 | rest of the surface had a temperature |
doc#118 | temperature of the surface was then computed |
doc#118 | between the anode surface and the transpiring |
doc#118 | with the measured surface temperatures and arc |
doc#118 | with the anode surface temperature and voltage |
doc#118 | along the cylindrical surface of the carbon |
doc#118 | temperature of the surface of <formul>. |
doc#118 | compared with the surface temperature of the |
doc#118 | the surrounding metal surfaces should also be |
doc#118 | of the metal surfaces and of the |
doc#118 | from the anode surface was computed according |
doc#119 | blocks with flat surfaces held apart by |
doc#119 | : (<bital>A<eital>) The surface tension is uniform |
doc#119 | uniform on the surface of the drop |
doc#119 | pressure exerted by surface tension in a |
doc#119 | pressure exerted by surface tension on a |