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Difference between revisions of "Steel"

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m (metallurgy)
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==Sources==
 
==Sources==
'''Steel''' is an  [[alloy]] of [[iron]] and [[zinc]], produced in a [[Reactory]]. Requires [[Advanced Metallurgy]] to create.
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'''Steel''' is an  [[alloy]] of [[iron]] and [[zinc]], produced in a [[Reactory]]. Requires [[Metallurgy 1]] to create.
  
 
== Cost ==
 
== Cost ==
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== Research and Tuition ==
 
== Research and Tuition ==
 
*''200 needed to research [[Metallurgy 2]] at a [[University of Harmony]]''
 
*''200 needed to research [[Metallurgy 2]] at a [[University of Harmony]]''
*''1000 needed to research [[Advanced Metallurgy 2]] at a [[University of Harmony]]''
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*''1000 needed to research [[Metallurgy 2]] at a [[University of Harmony]]''
*''1000 needed to research [[Advanced Metallurgy 3]] at a [[University of Harmony]]''
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*''1000 needed to research [[Metallurgy 3]] at a [[University of Harmony]]''
*''1000 needed to research [[Advanced Metallurgy 4]] at a [[University of Harmony]]''
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*''1000 needed to research [[Metallurgy 4]] at a [[University of Harmony]]''
*''1000 needed to research [[Advanced Metallurgy 5]] at a [[University of Harmony]]''
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*''1000 needed to research [[Metallurgy 5]] at a [[University of Harmony]]''
 
* ''1000 required to research [[Advanced Blacksmithing 2]] at [[University of Art and Music]]''
 
* ''1000 required to research [[Advanced Blacksmithing 2]] at [[University of Art and Music]]''
 
*''200 required for [[Fine Casting]] research''
 
*''200 required for [[Fine Casting]] research''

Revision as of 16:15, 20 September 2019

Template:T8 Below


Steel
Steel
(Item)
Weight 1
Bulk 1


Sources

Steel is an alloy of iron and zinc, produced in a Reactory. Requires Metallurgy 1 to create.

Cost

Note: Have enough Resin and Charcoal on you to reheat the Reactory if necessary!

Uses

Can be worked into items on an Anvil using Blacksmithing(max 220 hits)

Yields

Crystall-
ization
Batch Size Efficiency
1x 2x 4x 7x
12% 0 0 0 0 0
25% 0 0 0 0 0
37% 1 3 5 9 0.167
50% 3 5 11 19 0.333
62% 4 8 16 28 0.500
75% 5 11 21 37 0.667
87% 7 13 27 47 0.833
100% 8 16 32 56 1.000

Efficiency is debens of alloy produced divided by the total debens of input metals.

Research and Tuition