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The estimating of the electrode for arc refining steel method
and the study for graphite furnance designing. Deviding into
three parts, the first part is the formation mechanism of
mesophase and the study of evalution production of mesophase.
The second, estimating experiment for the design of graphite
furnance. The third, designing the graphite furnance. In the
first part, applying the Tuguchi method to get the
manufacturing condition that suits for being the electrode for
arc refining steel. CTP by way of the above manufacturing
condition that can obtain the mesophase with high area fraction
about 72% and large particle size about 39 um. After above
process, the mesophase is raw materials to produce the
electrode for arc refining steel. The second part, by using the
Tuguchi method that obtain the manufacturing conditoin for high
degrees of graphitization and high conductivity to suit for the
electrode for arc refiningsteel method. After 27 times of
experiment, promotion the degrees of graphitization of IG-11
from 52% to 81.1% and upgrading55.87%. The conductivity that
was promoten from 11 u.OMEGA.m to 10.03 u.OMEGA.m and upgrading
to 8.82%. The electron power of furnance, ampere of furnance
and voltage of furnance, that can be the basis of designing
graphit -ization furnance. On the third part, applying the
results of foreward experiment, such as electron power of
furnance, ampere of furnance and volatge of furnance.
Experiment those datas to the scale of industry. Designing the
graphitization furnance of huge production for industry.
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