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you heat up your that thermal mass and
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you heat up your that thermal mass and
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you heat up your that thermal mass and
then that thermal mass allows you to
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then that thermal mass allows you to
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then that thermal mass allows you to
cook longer. Whereas for a charcoal
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cook longer. Whereas for a charcoal
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cook longer. Whereas for a charcoal
stove, you don't want a big thermal
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stove, you don't want a big thermal
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stove, you don't want a big thermal
mass. You don't want necessarily zero
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mass. You don't want necessarily zero
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mass. You don't want necessarily zero
thermal mass. But if you have too much
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thermal mass. But if you have too much
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thermal mass. But if you have too much
thermal mass, the charcoal will use all
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thermal mass, the charcoal will use all
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thermal mass, the charcoal will use all
its energy in transferring it to the
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its energy in transferring it to the
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its energy in transferring it to the
stove and you won't be able to cook very
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stove and you won't be able to cook very
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stove and you won't be able to cook very
much with it. Airflow is another
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much with it. Airflow is another
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much with it. Airflow is another
important consideration. The reason the
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important consideration. The reason the
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important consideration. The reason the
GCO works so poorly on Wednesday was
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GCO works so poorly on Wednesday was
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GCO works so poorly on Wednesday was
actually because the door never got
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actually because the door never got