Talk:Nuclear Reactor - Revision history

Ultrapotassium at 21:25, 4 March 2018

2018-03-04T21:25:26Z

← Older revision		Revision as of 21:25, 4 March 2018
Line 398:		Line 398:
	This page is massive and unwieldy, and fuses information from multiple versions of IC2 into one rather intimidating mess. It might be a better idea to split it up into several separate pages, perhaps making this named page more about the Nuclear Reactor block itself and moving the theory explanation to 'Nuclear Power' and 'Nuclear Power (Classic)' or something in that vein. Honestly, the size of this article is one reason I didn't touch nuclear tech for the longest time, and I finally got into it a month ago and have enjoyed it immensely since. [[User:Deucexm\|Deucexm]] ([[User talk:Deucexm\|talk]]) 23:31, 2 November 2016 (CET)		This page is massive and unwieldy, and fuses information from multiple versions of IC2 into one rather intimidating mess. It might be a better idea to split it up into several separate pages, perhaps making this named page more about the Nuclear Reactor block itself and moving the theory explanation to 'Nuclear Power' and 'Nuclear Power (Classic)' or something in that vein. Honestly, the size of this article is one reason I didn't touch nuclear tech for the longest time, and I finally got into it a month ago and have enjoyed it immensely since. [[User:Deucexm\|Deucexm]] ([[User talk:Deucexm\|talk]]) 23:31, 2 November 2016 (CET)
	: I 100% support this. I'd do it myself if I hadn't been out of the scene for long enough that I forgot which information is relevant and which isn't. [[User:Xirema\|Xirema]] ([[User talk:Xirema\|talk]]) 02:10, 14 March 2017 (CET)		: I 100% support this. I'd do it myself if I hadn't been out of the scene for long enough that I forgot which information is relevant and which isn't. [[User:Xirema\|Xirema]] ([[User talk:Xirema\|talk]]) 02:10, 14 March 2017 (CET)
	:Agreed and partially done. Old information is now at [[Old_Reactor_Mechanics_and_Components]].		:Agreed and partially done. Old information is now at [[Old_Reactor_Mechanics_and_Components]]. [[User:Ultrapotassium\|Ultrapotassium]] ([[User talk:Ultrapotassium\|talk]]) 21:25, 4 March 2018 (UTC)

Ultrapotassium: page split - old information now at Old_Reactor_Mechanics_and_Components

2018-03-04T21:24:56Z

page split - old information now at Old_Reactor_Mechanics_and_Components

← Older revision		Revision as of 21:24, 4 March 2018
Line 398:		Line 398:
	This page is massive and unwieldy, and fuses information from multiple versions of IC2 into one rather intimidating mess. It might be a better idea to split it up into several separate pages, perhaps making this named page more about the Nuclear Reactor block itself and moving the theory explanation to 'Nuclear Power' and 'Nuclear Power (Classic)' or something in that vein. Honestly, the size of this article is one reason I didn't touch nuclear tech for the longest time, and I finally got into it a month ago and have enjoyed it immensely since. [[User:Deucexm\|Deucexm]] ([[User talk:Deucexm\|talk]]) 23:31, 2 November 2016 (CET)		This page is massive and unwieldy, and fuses information from multiple versions of IC2 into one rather intimidating mess. It might be a better idea to split it up into several separate pages, perhaps making this named page more about the Nuclear Reactor block itself and moving the theory explanation to 'Nuclear Power' and 'Nuclear Power (Classic)' or something in that vein. Honestly, the size of this article is one reason I didn't touch nuclear tech for the longest time, and I finally got into it a month ago and have enjoyed it immensely since. [[User:Deucexm\|Deucexm]] ([[User talk:Deucexm\|talk]]) 23:31, 2 November 2016 (CET)
	: I 100% support this. I'd do it myself if I hadn't been out of the scene for long enough that I forgot which information is relevant and which isn't. [[User:Xirema\|Xirema]] ([[User talk:Xirema\|talk]]) 02:10, 14 March 2017 (CET)		: I 100% support this. I'd do it myself if I hadn't been out of the scene for long enough that I forgot which information is relevant and which isn't. [[User:Xirema\|Xirema]] ([[User talk:Xirema\|talk]]) 02:10, 14 March 2017 (CET)
			:Agreed and partially done. Old information is now at [[Old_Reactor_Mechanics_and_Components]].

Xirema at 01:10, 14 March 2017

2017-03-14T01:10:22Z

← Older revision		Revision as of 01:10, 14 March 2017
Line 397:		Line 397:

	This page is massive and unwieldy, and fuses information from multiple versions of IC2 into one rather intimidating mess. It might be a better idea to split it up into several separate pages, perhaps making this named page more about the Nuclear Reactor block itself and moving the theory explanation to 'Nuclear Power' and 'Nuclear Power (Classic)' or something in that vein. Honestly, the size of this article is one reason I didn't touch nuclear tech for the longest time, and I finally got into it a month ago and have enjoyed it immensely since. [[User:Deucexm\|Deucexm]] ([[User talk:Deucexm\|talk]]) 23:31, 2 November 2016 (CET)		This page is massive and unwieldy, and fuses information from multiple versions of IC2 into one rather intimidating mess. It might be a better idea to split it up into several separate pages, perhaps making this named page more about the Nuclear Reactor block itself and moving the theory explanation to 'Nuclear Power' and 'Nuclear Power (Classic)' or something in that vein. Honestly, the size of this article is one reason I didn't touch nuclear tech for the longest time, and I finally got into it a month ago and have enjoyed it immensely since. [[User:Deucexm\|Deucexm]] ([[User talk:Deucexm\|talk]]) 23:31, 2 November 2016 (CET)
			: I 100% support this. I'd do it myself if I hadn't been out of the scene for long enough that I forgot which information is relevant and which isn't. [[User:Xirema\|Xirema]] ([[User talk:Xirema\|talk]]) 02:10, 14 March 2017 (CET)

Deucexm: /* Page split? */ new section

2016-11-02T22:31:48Z

Page split?: new section

← Older revision		Revision as of 22:31, 2 November 2016
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	\|A1=LZH Condensator\|A2=Quad Fuel Rod (MOX)\|A3=Quad Fuel Rod (MOX)\|A4=Quad Fuel Rod (MOX)\|A5=LZH Condensator\|A6=Quad Fuel Rod (MOX)\|A7=Quad Fuel Rod (MOX)\|A8=LZH Condensator\|A9=Quad Fuel Rod (MOX)\|B1=Quad Fuel Rod (MOX)\|B2=Quad Fuel Rod (MOX)\|B3=LZH Condensator\|B4=Quad Fuel Rod (MOX)\|B5=Quad Fuel Rod (MOX)\|B6=Quad Fuel Rod (MOX)\|B7=Quad Fuel Rod (MOX)\|B8=LZH Condensator\|B9=Quad Fuel Rod (MOX)\|C1=LZH Condensator\|C2=Quad Fuel Rod (MOX)\|C3=Quad Fuel Rod (MOX)\|C4=Quad Fuel Rod (MOX)\|C5=Quad Fuel Rod (MOX)\|C6=LZH Condensator\|C7=Quad Fuel Rod (MOX)\|C8=Quad Fuel Rod (MOX)\|C9=Quad Fuel Rod (MOX)\|D1=Quad Fuel Rod (MOX)\|D2=Quad Fuel Rod (MOX)\|D3=Quad Fuel Rod (MOX)\|D4=LZH Condensator\|D5=Quad Fuel Rod (MOX)\|D6=Quad Fuel Rod (MOX)\|D7=Quad Fuel Rod (MOX)\|D8=Quad Fuel Rod (MOX)\|D9=LZH Condensator\|E1=Quad Fuel Rod (MOX)\|E2=LZH Condensator\|E3=Quad Fuel Rod (MOX)\|E4=Quad Fuel Rod (MOX)\|E5=Quad Fuel Rod (MOX)\|E6=Quad Fuel Rod (MOX)\|E7=LZH Condensator\|E8=Quad Fuel Rod (MOX)\|E9=Quad Fuel Rod (MOX)\|F1=Quad Fuel Rod (MOX)\|F2=LZH Condensator\|F3=Quad Fuel Rod (MOX)\|F4=Quad Fuel Rod (MOX)\|F5=LZH Condensator\|F6=Quad Fuel Rod (MOX)\|F7=Quad Fuel Rod (MOX)\|F8=Quad Fuel Rod (MOX)\|F9=LZH Condensator		\|A1=LZH Condensator\|A2=Quad Fuel Rod (MOX)\|A3=Quad Fuel Rod (MOX)\|A4=Quad Fuel Rod (MOX)\|A5=LZH Condensator\|A6=Quad Fuel Rod (MOX)\|A7=Quad Fuel Rod (MOX)\|A8=LZH Condensator\|A9=Quad Fuel Rod (MOX)\|B1=Quad Fuel Rod (MOX)\|B2=Quad Fuel Rod (MOX)\|B3=LZH Condensator\|B4=Quad Fuel Rod (MOX)\|B5=Quad Fuel Rod (MOX)\|B6=Quad Fuel Rod (MOX)\|B7=Quad Fuel Rod (MOX)\|B8=LZH Condensator\|B9=Quad Fuel Rod (MOX)\|C1=LZH Condensator\|C2=Quad Fuel Rod (MOX)\|C3=Quad Fuel Rod (MOX)\|C4=Quad Fuel Rod (MOX)\|C5=Quad Fuel Rod (MOX)\|C6=LZH Condensator\|C7=Quad Fuel Rod (MOX)\|C8=Quad Fuel Rod (MOX)\|C9=Quad Fuel Rod (MOX)\|D1=Quad Fuel Rod (MOX)\|D2=Quad Fuel Rod (MOX)\|D3=Quad Fuel Rod (MOX)\|D4=LZH Condensator\|D5=Quad Fuel Rod (MOX)\|D6=Quad Fuel Rod (MOX)\|D7=Quad Fuel Rod (MOX)\|D8=Quad Fuel Rod (MOX)\|D9=LZH Condensator\|E1=Quad Fuel Rod (MOX)\|E2=LZH Condensator\|E3=Quad Fuel Rod (MOX)\|E4=Quad Fuel Rod (MOX)\|E5=Quad Fuel Rod (MOX)\|E6=Quad Fuel Rod (MOX)\|E7=LZH Condensator\|E8=Quad Fuel Rod (MOX)\|E9=Quad Fuel Rod (MOX)\|F1=Quad Fuel Rod (MOX)\|F2=LZH Condensator\|F3=Quad Fuel Rod (MOX)\|F4=Quad Fuel Rod (MOX)\|F5=LZH Condensator\|F6=Quad Fuel Rod (MOX)\|F7=Quad Fuel Rod (MOX)\|F8=Quad Fuel Rod (MOX)\|F9=LZH Condensator
	}}		}}

			== Page split? ==

			This page is massive and unwieldy, and fuses information from multiple versions of IC2 into one rather intimidating mess. It might be a better idea to split it up into several separate pages, perhaps making this named page more about the Nuclear Reactor block itself and moving the theory explanation to 'Nuclear Power' and 'Nuclear Power (Classic)' or something in that vein. Honestly, the size of this article is one reason I didn't touch nuclear tech for the longest time, and I finally got into it a month ago and have enjoyed it immensely since. [[User:Deucexm\|Deucexm]] ([[User talk:Deucexm\|talk]]) 23:31, 2 November 2016 (CET)

SonicCreeper7: /* Explosion */

2015-08-09T13:54:02Z

Explosion

← Older revision		Revision as of 13:54, 9 August 2015
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	{{Reply\|user=Feanturi\|space=:\|agree=nukes/reactors\|reply=Nukes and reactors dont got the same explosion like TNT^^ they are "silent" :P}}		{{Reply\|user=Feanturi\|space=:\|agree=nukes/reactors\|reply=Nukes and reactors dont got the same explosion like TNT^^ they are "silent" :P}}

			In the newest experimental version, the more cells you have, the bigger the explosion. The explosion itself isn't like normal TNT, but rather like a real life explosion, featuring a very symmetrical round crater. So, if you pack 1 simple uranium cell into the reactor, the explosion won't be large at all (also remember that you can decrease the explosion size by adding reactor containment plating). However, 1 Quad uranium cell, according to testing on a superflat world, makes an explosion not far off the size of an explosion created with a reactor packed with 54 Quad cells. Interesting fact.

	== Explosion Mechanics ==		== Explosion Mechanics ==

SonicCreeper7: /* Plutonium */

2015-08-09T13:45:43Z

Plutonium

← Older revision		Revision as of 13:45, 9 August 2015
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	:: Thanks. My main interest atm is for making RTG Pellets, so that's good info. --[[User:Trifler\|Trifler]] ([[User talk:Trifler\|talk]]) 16:46, 5 March 2015 (CET)		:: Thanks. My main interest atm is for making RTG Pellets, so that's good info. --[[User:Trifler\|Trifler]] ([[User talk:Trifler\|talk]]) 16:46, 5 March 2015 (CET)

	:::Yes, MOX fuel rods do indeed rise in power output when the core temperature rises. This means that it isn't a good idea to use reactor or overclocked heat vents, or other ways of venting the core. I have found a way that produces 21772 EU/t! It is not self sustainable, but the thing is, when you hover over the nuclear reactor block in your inventory, it says "Power: 1 - 8192 EU/t". Not sure if 21772 EU is a bug or what...		:::Yes, MOX fuel rods do indeed rise in power output when the core temperature rises. This means that it isn't a good idea to use reactor or overclocked heat vents, or other ways of venting the core. I have found a way that produces 21772 EU/t! It is not self sustainable, but the thing is, when you hover over the nuclear reactor block in your inventory, it says "Power: 1 - 8192 EU/t". Not sure if 21772 EU is a bug or what... This reactor runs on 99% heat (very dangerous) though.
	{{Grid/Reactor		{{Grid/Reactor
	\|A1=LZH Condensator\|A2=Quad Fuel Rod (MOX)\|A3=Quad Fuel Rod (MOX)\|A4=Quad Fuel Rod (MOX)\|A5=LZH Condensator\|A6=Quad Fuel Rod (MOX)\|A7=Quad Fuel Rod (MOX)\|A8=LZH Condensator\|A9=Quad Fuel Rod (MOX)\|B1=Quad Fuel Rod (MOX)\|B2=Quad Fuel Rod (MOX)\|B3=LZH Condensator\|B4=Quad Fuel Rod (MOX)\|B5=Quad Fuel Rod (MOX)\|B6=Quad Fuel Rod (MOX)\|B7=Quad Fuel Rod (MOX)\|B8=LZH Condensator\|B9=Quad Fuel Rod (MOX)\|C1=LZH Condensator\|C2=Quad Fuel Rod (MOX)\|C3=Quad Fuel Rod (MOX)\|C4=Quad Fuel Rod (MOX)\|C5=Quad Fuel Rod (MOX)\|C6=LZH Condensator\|C7=Quad Fuel Rod (MOX)\|C8=Quad Fuel Rod (MOX)\|C9=Quad Fuel Rod (MOX)\|D1=Quad Fuel Rod (MOX)\|D2=Quad Fuel Rod (MOX)\|D3=Quad Fuel Rod (MOX)\|D4=LZH Condensator\|D5=Quad Fuel Rod (MOX)\|D6=Quad Fuel Rod (MOX)\|D7=Quad Fuel Rod (MOX)\|D8=Quad Fuel Rod (MOX)\|D9=LZH Condensator\|E1=Quad Fuel Rod (MOX)\|E2=LZH Condensator\|E3=Quad Fuel Rod (MOX)\|E4=Quad Fuel Rod (MOX)\|E5=Quad Fuel Rod (MOX)\|E6=Quad Fuel Rod (MOX)\|E7=LZH Condensator\|E8=Quad Fuel Rod (MOX)\|E9=Quad Fuel Rod (MOX)\|F1=Quad Fuel Rod (MOX)\|F2=LZH Condensator\|F3=Quad Fuel Rod (MOX)\|F4=Quad Fuel Rod (MOX)\|F5=LZH Condensator\|F6=Quad Fuel Rod (MOX)\|F7=Quad Fuel Rod (MOX)\|F8=Quad Fuel Rod (MOX)\|F9=LZH Condensator		\|A1=LZH Condensator\|A2=Quad Fuel Rod (MOX)\|A3=Quad Fuel Rod (MOX)\|A4=Quad Fuel Rod (MOX)\|A5=LZH Condensator\|A6=Quad Fuel Rod (MOX)\|A7=Quad Fuel Rod (MOX)\|A8=LZH Condensator\|A9=Quad Fuel Rod (MOX)\|B1=Quad Fuel Rod (MOX)\|B2=Quad Fuel Rod (MOX)\|B3=LZH Condensator\|B4=Quad Fuel Rod (MOX)\|B5=Quad Fuel Rod (MOX)\|B6=Quad Fuel Rod (MOX)\|B7=Quad Fuel Rod (MOX)\|B8=LZH Condensator\|B9=Quad Fuel Rod (MOX)\|C1=LZH Condensator\|C2=Quad Fuel Rod (MOX)\|C3=Quad Fuel Rod (MOX)\|C4=Quad Fuel Rod (MOX)\|C5=Quad Fuel Rod (MOX)\|C6=LZH Condensator\|C7=Quad Fuel Rod (MOX)\|C8=Quad Fuel Rod (MOX)\|C9=Quad Fuel Rod (MOX)\|D1=Quad Fuel Rod (MOX)\|D2=Quad Fuel Rod (MOX)\|D3=Quad Fuel Rod (MOX)\|D4=LZH Condensator\|D5=Quad Fuel Rod (MOX)\|D6=Quad Fuel Rod (MOX)\|D7=Quad Fuel Rod (MOX)\|D8=Quad Fuel Rod (MOX)\|D9=LZH Condensator\|E1=Quad Fuel Rod (MOX)\|E2=LZH Condensator\|E3=Quad Fuel Rod (MOX)\|E4=Quad Fuel Rod (MOX)\|E5=Quad Fuel Rod (MOX)\|E6=Quad Fuel Rod (MOX)\|E7=LZH Condensator\|E8=Quad Fuel Rod (MOX)\|E9=Quad Fuel Rod (MOX)\|F1=Quad Fuel Rod (MOX)\|F2=LZH Condensator\|F3=Quad Fuel Rod (MOX)\|F4=Quad Fuel Rod (MOX)\|F5=LZH Condensator\|F6=Quad Fuel Rod (MOX)\|F7=Quad Fuel Rod (MOX)\|F8=Quad Fuel Rod (MOX)\|F9=LZH Condensator
	}}		}}

SonicCreeper7: /* Plutonium */

2015-08-09T13:44:48Z

Plutonium

← Older revision		Revision as of 13:44, 9 August 2015
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	:::Yes, MOX fuel rods do indeed rise in power output when the core temperature rises. This means that it isn't a good idea to use reactor or overclocked heat vents, or other ways of venting the core. I have found a way that produces 21772 EU/t! It is not self sustainable, but the thing is, when you hover over the nuclear reactor block in your inventory, it says "Power: 1 - 8192 EU/t". Not sure if 21772 EU is a bug or what...		:::Yes, MOX fuel rods do indeed rise in power output when the core temperature rises. This means that it isn't a good idea to use reactor or overclocked heat vents, or other ways of venting the core. I have found a way that produces 21772 EU/t! It is not self sustainable, but the thing is, when you hover over the nuclear reactor block in your inventory, it says "Power: 1 - 8192 EU/t". Not sure if 21772 EU is a bug or what...
	{{Grid/Reactor		{{Grid/Reactor
	\|A1=LZH Condensator\|A2=Quad Fuel Rod (MOX)\|A3=Quad MOX\|A4=Quad MOX\|A5=LZH Condensator\|A6=Quad MOX\|A7=Quad MOX\|A8=LZH Condensator\|A9=Quad MOX\|B1=Quad MOX\|B2=Quad MOX\|B3=LZH Condensator\|B4=Quad MOX\|B5=Quad MOX\|B6=Quad MOX\|B7=Quad MOX\|B8=LZH Condensator\|B9=Quad MOX\|C1=LZH Condensator\|C2=Quad MOX\|C3=Quad MOX\|C4=Quad MOX\|C5=Quad MOX\|C6=LZH Condensator\|C7=Quad MOX\|C8=Quad MOX\|C9=Quad MOX\|D1=Quad MOX\|D2=Quad MOX\|D3=Quad MOX\|D4=LZH Condensator\|D5=Quad MOX\|D6=Quad MOX\|D7=Quad MOX\|D8=Quad MOX\|D9=LZH Condensator\|E1=Quad MOX\|E2=LZH Condensator\|E3=Quad MOX\|E4=Quad MOX\|E5=Quad MOX\|E6=Quad MOX\|E7=LZH Condensator\|E8=Quad MOX\|E9=Quad MOX\|F1=Quad MOX\|F2=LZH Condensator\|F3=Quad MOX\|F4=Quad MOX\|F5=LZH Condensator\|F6=Quad MOX\|F7=Quad MOX\|F8=Quad MOX\|F9=LZH Condensator		\|A1=LZH Condensator\|A2=Quad Fuel Rod (MOX)\|A3=Quad Fuel Rod (MOX)\|A4=Quad Fuel Rod (MOX)\|A5=LZH Condensator\|A6=Quad Fuel Rod (MOX)\|A7=Quad Fuel Rod (MOX)\|A8=LZH Condensator\|A9=Quad Fuel Rod (MOX)\|B1=Quad Fuel Rod (MOX)\|B2=Quad Fuel Rod (MOX)\|B3=LZH Condensator\|B4=Quad Fuel Rod (MOX)\|B5=Quad Fuel Rod (MOX)\|B6=Quad Fuel Rod (MOX)\|B7=Quad Fuel Rod (MOX)\|B8=LZH Condensator\|B9=Quad Fuel Rod (MOX)\|C1=LZH Condensator\|C2=Quad Fuel Rod (MOX)\|C3=Quad Fuel Rod (MOX)\|C4=Quad Fuel Rod (MOX)\|C5=Quad Fuel Rod (MOX)\|C6=LZH Condensator\|C7=Quad Fuel Rod (MOX)\|C8=Quad Fuel Rod (MOX)\|C9=Quad Fuel Rod (MOX)\|D1=Quad Fuel Rod (MOX)\|D2=Quad Fuel Rod (MOX)\|D3=Quad Fuel Rod (MOX)\|D4=LZH Condensator\|D5=Quad Fuel Rod (MOX)\|D6=Quad Fuel Rod (MOX)\|D7=Quad Fuel Rod (MOX)\|D8=Quad Fuel Rod (MOX)\|D9=LZH Condensator\|E1=Quad Fuel Rod (MOX)\|E2=LZH Condensator\|E3=Quad Fuel Rod (MOX)\|E4=Quad Fuel Rod (MOX)\|E5=Quad Fuel Rod (MOX)\|E6=Quad Fuel Rod (MOX)\|E7=LZH Condensator\|E8=Quad Fuel Rod (MOX)\|E9=Quad Fuel Rod (MOX)\|F1=Quad Fuel Rod (MOX)\|F2=LZH Condensator\|F3=Quad Fuel Rod (MOX)\|F4=Quad Fuel Rod (MOX)\|F5=LZH Condensator\|F6=Quad Fuel Rod (MOX)\|F7=Quad Fuel Rod (MOX)\|F8=Quad Fuel Rod (MOX)\|F9=LZH Condensator
	}}		}}

SonicCreeper7: /* Plutonium */

2015-08-09T13:42:22Z

Plutonium

← Older revision		Revision as of 13:42, 9 August 2015
Line 389:		Line 389:
	:::Yes, MOX fuel rods do indeed rise in power output when the core temperature rises. This means that it isn't a good idea to use reactor or overclocked heat vents, or other ways of venting the core. I have found a way that produces 21772 EU/t! It is not self sustainable, but the thing is, when you hover over the nuclear reactor block in your inventory, it says "Power: 1 - 8192 EU/t". Not sure if 21772 EU is a bug or what...		:::Yes, MOX fuel rods do indeed rise in power output when the core temperature rises. This means that it isn't a good idea to use reactor or overclocked heat vents, or other ways of venting the core. I have found a way that produces 21772 EU/t! It is not self sustainable, but the thing is, when you hover over the nuclear reactor block in your inventory, it says "Power: 1 - 8192 EU/t". Not sure if 21772 EU is a bug or what...
	{{Grid/Reactor		{{Grid/Reactor
	\|A1=LZH Condensator\|A2=Quad MOX\|A3=Quad MOX\|A4=Quad MOX\|A5=LZH Condensator\|A6=Quad MOX\|A7=Quad MOX\|A8=LZH Condensator\|A9=Quad MOX\|B1=Quad MOX\|B2=Quad MOX\|B3=LZH Condensator\|B4=Quad MOX\|B5=Quad MOX\|B6=Quad MOX\|B7=Quad MOX\|B8=LZH Condensator\|B9=Quad MOX\|C1=LZH Condensator\|C2=Quad MOX\|C3=Quad MOX\|C4=Quad MOX\|C5=Quad MOX\|C6=LZH Condensator\|C7=Quad MOX\|C8=Quad MOX\|C9=Quad MOX\|D1=Quad MOX\|D2=Quad MOX\|D3=Quad MOX\|D4=LZH Condensator\|D5=Quad MOX\|D6=Quad MOX\|D7=Quad MOX\|D8=Quad MOX\|D9=LZH Condensator\|E1=Quad MOX\|E2=LZH Condensator\|E3=Quad MOX\|E4=Quad MOX\|E5=Quad MOX\|E6=Quad MOX\|E7=LZH Condensator\|E8=Quad MOX\|E9=Quad MOX\|F1=Quad MOX\|F2=LZH Condensator\|F3=Quad MOX\|F4=Quad MOX\|F5=LZH Condensator\|F6=Quad MOX\|F7=Quad MOX\|F8=Quad MOX\|F9=LZH Condensator		\|A1=LZH Condensator\|A2=Quad Fuel Rod (MOX)\|A3=Quad MOX\|A4=Quad MOX\|A5=LZH Condensator\|A6=Quad MOX\|A7=Quad MOX\|A8=LZH Condensator\|A9=Quad MOX\|B1=Quad MOX\|B2=Quad MOX\|B3=LZH Condensator\|B4=Quad MOX\|B5=Quad MOX\|B6=Quad MOX\|B7=Quad MOX\|B8=LZH Condensator\|B9=Quad MOX\|C1=LZH Condensator\|C2=Quad MOX\|C3=Quad MOX\|C4=Quad MOX\|C5=Quad MOX\|C6=LZH Condensator\|C7=Quad MOX\|C8=Quad MOX\|C9=Quad MOX\|D1=Quad MOX\|D2=Quad MOX\|D3=Quad MOX\|D4=LZH Condensator\|D5=Quad MOX\|D6=Quad MOX\|D7=Quad MOX\|D8=Quad MOX\|D9=LZH Condensator\|E1=Quad MOX\|E2=LZH Condensator\|E3=Quad MOX\|E4=Quad MOX\|E5=Quad MOX\|E6=Quad MOX\|E7=LZH Condensator\|E8=Quad MOX\|E9=Quad MOX\|F1=Quad MOX\|F2=LZH Condensator\|F3=Quad MOX\|F4=Quad MOX\|F5=LZH Condensator\|F6=Quad MOX\|F7=Quad MOX\|F8=Quad MOX\|F9=LZH Condensator
	}}		}}

SonicCreeper7: /* Plutonium */

2015-08-09T13:39:48Z

Plutonium

← Older revision		Revision as of 13:39, 9 August 2015
Line 389:		Line 389:
	:::Yes, MOX fuel rods do indeed rise in power output when the core temperature rises. This means that it isn't a good idea to use reactor or overclocked heat vents, or other ways of venting the core. I have found a way that produces 21772 EU/t! It is not self sustainable, but the thing is, when you hover over the nuclear reactor block in your inventory, it says "Power: 1 - 8192 EU/t". Not sure if 21772 EU is a bug or what...		:::Yes, MOX fuel rods do indeed rise in power output when the core temperature rises. This means that it isn't a good idea to use reactor or overclocked heat vents, or other ways of venting the core. I have found a way that produces 21772 EU/t! It is not self sustainable, but the thing is, when you hover over the nuclear reactor block in your inventory, it says "Power: 1 - 8192 EU/t". Not sure if 21772 EU is a bug or what...
	{{Grid/Reactor		{{Grid/Reactor
	\|A1=LZH Condensator\|A2=\|A3=~~Integrated Heat Disperser~~\|A4=~~Cooling Cell~~\|A5=~~Cooling Cell~~\|A6=~~Cooling Cell~~\|A7=~~Integrated Heat Disperser~~\|A8=\|A9=\|B1=\|B2=~~Integrated Heat Disperser~~\|B3=~~Uranium Cell~~\|B4=~~Integrated Heat Disperser~~\|B5=~~Uranium Cell~~\|B6=~~Integrated Heat Disperser~~\|B7=~~Uranium Cell~~\|B8=~~Integrated Heat Disperser~~\|B9=\|C1=~~Integrated Heat Disperser~~\|C2=~~Uranium Cell~~\|C3=~~Integrated Heat Disperser~~\|C4=~~Uranium Cell~~\|C5=~~Integrated Heat Disperser~~\|C6=~~Uranium Cell~~\|C7=~~Integrated Heat Disperser~~\|C8=~~Uranium Cell~~\|C9=~~Integrated Heat Disperser~~\|D1=~~Cooling Cell~~\|D2=~~Integrated Heat Disperser~~\|D3=~~Uranium Cell~~\|D4=~~Integrated Heat Disperser~~\|D5=~~Uranium Cell~~\|D6=~~Integrated Heat Disperser~~\|D7=~~Uranium Cell~~\|D8=~~Integrated Heat Disperser~~\|D9=~~Cooling Cell~~\|E1=~~Integrated Heat Disperser~~\|E2=~~Uranium Cell~~\|E3=~~Integrated Heat Disperser~~\|E4=~~Uranium Cell~~\|E5=~~Integrated Heat Disperser~~\|E6=~~Uranium Cell~~\|E7=~~Integrated Heat Disperser~~\|E8=~~Uranium Cell~~\|E9=~~Integrated Heat Disperser~~\|F1=\|F2=~~Integrated Heat Disperser~~\|F3=~~Cooling Cell~~\|F4=~~Integrated Heat Disperser~~\|F5=~~Cooling Cell~~\|F6=~~Integrated Heat Disperser~~\|F7=~~Cooling Cell~~\|F8=~~Integrated Heat Disperser~~\|F9=		\|A1=LZH Condensator\|A2=Quad MOX\|A3=Quad MOX\|A4=Quad MOX\|A5=LZH Condensator\|A6=Quad MOX\|A7=Quad MOX\|A8=LZH Condensator\|A9=Quad MOX\|B1=Quad MOX\|B2=Quad MOX\|B3=LZH Condensator\|B4=Quad MOX\|B5=Quad MOX\|B6=Quad MOX\|B7=Quad MOX\|B8=LZH Condensator\|B9=Quad MOX\|C1=LZH Condensator\|C2=Quad MOX\|C3=Quad MOX\|C4=Quad MOX\|C5=Quad MOX\|C6=LZH Condensator\|C7=Quad MOX\|C8=Quad MOX\|C9=Quad MOX\|D1=Quad MOX\|D2=Quad MOX\|D3=Quad MOX\|D4=LZH Condensator\|D5=Quad MOX\|D6=Quad MOX\|D7=Quad MOX\|D8=Quad MOX\|D9=LZH Condensator\|E1=Quad MOX\|E2=LZH Condensator\|E3=Quad MOX\|E4=Quad MOX\|E5=Quad MOX\|E6=Quad MOX\|E7=LZH Condensator\|E8=Quad MOX\|E9=Quad MOX\|F1=Quad MOX\|F2=LZH Condensator\|F3=Quad MOX\|F4=Quad MOX\|F5=LZH Condensator\|F6=Quad MOX\|F7=Quad MOX\|F8=Quad MOX\|F9=LZH Condensator
	}}		}}

SonicCreeper7: /* Plutonium */

2015-08-09T13:26:38Z

Plutonium

← Older revision		Revision as of 13:26, 9 August 2015
Line 389:		Line 389:
	:::Yes, MOX fuel rods do indeed rise in power output when the core temperature rises. This means that it isn't a good idea to use reactor or overclocked heat vents, or other ways of venting the core. I have found a way that produces 21772 EU/t! It is not self sustainable, but the thing is, when you hover over the nuclear reactor block in your inventory, it says "Power: 1 - 8192 EU/t". Not sure if 21772 EU is a bug or what...		:::Yes, MOX fuel rods do indeed rise in power output when the core temperature rises. This means that it isn't a good idea to use reactor or overclocked heat vents, or other ways of venting the core. I have found a way that produces 21772 EU/t! It is not self sustainable, but the thing is, when you hover over the nuclear reactor block in your inventory, it says "Power: 1 - 8192 EU/t". Not sure if 21772 EU is a bug or what...
	{{Grid/Reactor		{{Grid/Reactor
	\|A1=\|A2=\|A3=Integrated Heat Disperser\|A4=Cooling Cell\|A5=Cooling Cell\|A6=Cooling Cell\|A7=Integrated Heat Disperser\|A8=\|A9=\|B1=\|B2=Integrated Heat Disperser\|B3=Uranium Cell\|B4=Integrated Heat Disperser\|B5=Uranium Cell\|B6=Integrated Heat Disperser\|B7=Uranium Cell\|B8=Integrated Heat Disperser\|B9=\|C1=Integrated Heat Disperser\|C2=Uranium Cell\|C3=Integrated Heat Disperser\|C4=Uranium Cell\|C5=Integrated Heat Disperser\|C6=Uranium Cell\|C7=Integrated Heat Disperser\|C8=Uranium Cell\|C9=Integrated Heat Disperser\|D1=Cooling Cell\|D2=Integrated Heat Disperser\|D3=Uranium Cell\|D4=Integrated Heat Disperser\|D5=Uranium Cell\|D6=Integrated Heat Disperser\|D7=Uranium Cell\|D8=Integrated Heat Disperser\|D9=Cooling Cell\|E1=Integrated Heat Disperser\|E2=Uranium Cell\|E3=Integrated Heat Disperser\|E4=Uranium Cell\|E5=Integrated Heat Disperser\|E6=Uranium Cell\|E7=Integrated Heat Disperser\|E8=Uranium Cell\|E9=Integrated Heat Disperser\|F1=\|F2=Integrated Heat Disperser\|F3=Cooling Cell\|F4=Integrated Heat Disperser\|F5=Cooling Cell\|F6=Integrated Heat Disperser\|F7=Cooling Cell\|F8=Integrated Heat Disperser\|F9=		\|A1=LZH Condensator\|A2=\|A3=Integrated Heat Disperser\|A4=Cooling Cell\|A5=Cooling Cell\|A6=Cooling Cell\|A7=Integrated Heat Disperser\|A8=\|A9=\|B1=\|B2=Integrated Heat Disperser\|B3=Uranium Cell\|B4=Integrated Heat Disperser\|B5=Uranium Cell\|B6=Integrated Heat Disperser\|B7=Uranium Cell\|B8=Integrated Heat Disperser\|B9=\|C1=Integrated Heat Disperser\|C2=Uranium Cell\|C3=Integrated Heat Disperser\|C4=Uranium Cell\|C5=Integrated Heat Disperser\|C6=Uranium Cell\|C7=Integrated Heat Disperser\|C8=Uranium Cell\|C9=Integrated Heat Disperser\|D1=Cooling Cell\|D2=Integrated Heat Disperser\|D3=Uranium Cell\|D4=Integrated Heat Disperser\|D5=Uranium Cell\|D6=Integrated Heat Disperser\|D7=Uranium Cell\|D8=Integrated Heat Disperser\|D9=Cooling Cell\|E1=Integrated Heat Disperser\|E2=Uranium Cell\|E3=Integrated Heat Disperser\|E4=Uranium Cell\|E5=Integrated Heat Disperser\|E6=Uranium Cell\|E7=Integrated Heat Disperser\|E8=Uranium Cell\|E9=Integrated Heat Disperser\|F1=\|F2=Integrated Heat Disperser\|F3=Cooling Cell\|F4=Integrated Heat Disperser\|F5=Cooling Cell\|F6=Integrated Heat Disperser\|F7=Cooling Cell\|F8=Integrated Heat Disperser\|F9=
	}}		}}