Search results

...fers to the amount of heat the Heat Vent will vent from itself per reactor tick'' ...amount of heat the Heat Vent will remove from the reactor hull per reactor tick''

...fers to the amount of heat the Heat Vent will vent from itself per reactor tick'' ...amount of heat the Heat Vent will remove from the reactor hull per reactor tick''

...fers to the amount of heat the Heat Vent will vent from itself per reactor tick'' ...amount of heat the Heat Vent will remove from the reactor hull per reactor tick''

...fers to the amount of heat the Heat Vent will vent from itself per reactor tick'' ...amount of heat the Heat Vent will remove from the reactor hull per reactor tick''

...fers to the amount of heat the Heat Vent will vent from itself per reactor tick'' ...amount of heat the Heat Vent will remove from the reactor hull per reactor tick''

...unt of heat the Heat Exchanger will take from the reactor hull per reactor tick'' ...of heat the Heat Exchanger will take from adjacent components per reactor tick''

...unt of heat the Heat Exchanger will take from the reactor hull per reactor tick'' ...of heat the Heat Exchanger will take from adjacent components per reactor tick''

!Output (EU/tick) !Usage (mB/tick)

...unt of heat the Heat Exchanger will take from the reactor hull per reactor tick'' ...of heat the Heat Exchanger will take from adjacent components per reactor tick''

Heating Cells are stackable and will add <code><Stack Size></code> heat per tick to all neighboring components capable of storing heat. They will automatica

...unt of heat the Heat Exchanger will take from the reactor hull per reactor tick'' ...of heat the Heat Exchanger will take from adjacent components per reactor tick''

'''hU/t''' is a term for how many Heat Units are delivered per tick to a [[:Category:Heat Consumers|Heat Consumer]].

...t if you have 1935,125 High voltage solar arrays you get 1 uu-matter every tick (20 UU-Matter per second)

*p: Amount of pulses this reactor tick *h: Heat produced this reactor tick

...the averagely measured EU/t and how long the measurement took place (in [[Tick]]s).

...m ingot up to 8-fold. The cell will produce one point of heat each reactor tick but will not interact with any of the adjacent components.

...up to 10.000. The Plating does not cool very well, at a rate of -0.1 heat/tick.

* Low average tick rate or tick time spikes (lag spike) as observable through <code>/sampler tps</code> (av * Low or unsteady tick rate observable in F3 (with Sampler installed on both client and server)

| [[Generator]] is re-released in IC² and outputted only 1 x 5EU-p per tick. The two recipes for [[Generator]] were <br/> ...ut of the Generator was buffed from 1 x 5 EU-p per tick to 1 x 10 EU-p per tick.

...g at the bottom, the fluid reactor indicates HU/t ([[Heat|heat units]] per tick). As you place more heat vents and fuel rods inside of the reactor, that r ...60 Heat Units per second, and there are [https://minecraft.fandom.com/wiki/Tick#Game_tick 20] ticks in one second.

...ory -- typically one stack of items, thus allowing up to 64 operations per tick. However, this would require too many Overclocker Upgrades to be practical. ...n the Furnace and Extractor and 9 on the Recycler. The energy required per tick exceeds the machine's internal storage. As you approach this limit, you may

...default, a Uranium Fuel Rod will produce 2,000,000 EU in a cycle (5 EU per tick).

EU/t means '''Energy unit per tick'''. It measure how fast EU is being produced or consumed. It is a derived u ...second, unless you are experiencing server [http://minecraft.gamepedia.com/Tick lag]. Therefore, under no lag conditions, the rate of EU/sec is 20x EU/t.

...rouped into tiers based on the maximum [[EU]] it can output or receive per tick (EU/t).

* This reflector loses '''16 durability per reactor tick''':

:'''Reactor Tick''' - A reactor 'ticks' once every second. This is when heat, EU generation, ...ck, each pulse produces heat and EU. Uranium Cells normally pulse once per tick, but will produce one 'bonus' pulse per neighboring cell (This does not cau

In IC&sup2;, '''power tier''' refers to a range of [[EU]] per tick (EU/t) by which blocks and items are grouped, which defines certain ways th

Speed is 2 x 4 ^ (tierlevel) EU per tick. Energy loss is 2000 * (3 - tierlevel).

[[EU]] / tick [[HU]] (Heat) / tick

'''EU/Tick:'''

...y 1, so an adjacent quad fuel rod will reduce durability by 4 each reactor tick.

...utputting considerable power: '''each''' [[Uranium Cell]] will output 5 EU/tick, meaning that high-output Reactors need high-level infrastructure to avoid ...FUEL & REFLECTORS>, <EU Reactor Output per tick>, <Heat Reactor Output per tick> (Heat conversion to EU)''', with the simulator code afterwards.

|change18=Reworked Luminator Code with a different tick-implementation. It's running MUCH more stable now, though i couldn't yet do

|change18=Reworked Luminator Code with a different tick-implementation. It's running MUCH more stable now, though i couldn't yet do

|change64=Fixed Nano Sabers activating for 1 tick when depleted