Difference between revisions of "Talk:Heat and thermodynamics"
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How much paste is needed? [[Contributor name:Antaeras|Antaeras]] 01:52, 8 January 2009 (UTC) | How much paste is needed? [[Contributor name:Antaeras|Antaeras]] 01:52, 8 January 2009 (UTC) | ||
− | That is a complicated question, from what I can tell nanite usage is a non linear function of module damage and tech level, but 1000 units should be more than plenty for almost any | + | That is a complicated question, from what I can tell nanite usage is a non linear function of module damage and tech level, but 1000 units should be more than plenty for almost any operation most people only carry 100 units or so. Which leads to the question: why does to article say "it takes quite a lot of space if you intend overloading your modules extensively"? The stuff has a volume of 0.01m3 per unit, even 1000 units is only 10m3. |
--[[Contributor name:Trabber Shir|Trabber Shir]] 03:13, 22 January 2009 (UTC) | --[[Contributor name:Trabber Shir|Trabber Shir]] 03:13, 22 January 2009 (UTC) |
Revision as of 21:14, 21 January 2009
Thermodynamics skill effect
The Thermodynamics (rank 3, Science) skill is the first one. Not only it allows overheating, but it also reduces heat generation by 5% per level.
can anyone confirm this? so far all i can say for sure is, thermodynamics reduces heat damage the module(s) takes if it does. by "heat generation" i would think of the pace the 3 heat gauges fill up and i've never felt any change there
- Fixed this in the article, the skill-description speaks also only about the heat damage --ISD BH Lenider 23:51, 8 January 2009 (UTC)
Nanite repair paste
How much paste is needed? Antaeras 01:52, 8 January 2009 (UTC)
That is a complicated question, from what I can tell nanite usage is a non linear function of module damage and tech level, but 1000 units should be more than plenty for almost any operation most people only carry 100 units or so. Which leads to the question: why does to article say "it takes quite a lot of space if you intend overloading your modules extensively"? The stuff has a volume of 0.01m3 per unit, even 1000 units is only 10m3. --Trabber Shir 03:13, 22 January 2009 (UTC)