Right click to open GUI. You can set any temperature in the range with step When searching for reactor, it Nuclear Control only one block in each direction. If 2 or more reactors are placed near Thermal Monitor, then only first found will be checked for heat level.
Thermal Nuclear Control has three indicator colors:. Remote version of Thermal Monitor. It doesn't require direct connection to Nuclear reactor. Energy consumption can be increased via the remoteThermalMonitorEnergyConsumption config parameter. Energy storage and max packet size can be increased with energy storage and Transformer Upgrades. Power can be supplied via wires or with energy storage items from IC2 battery, Energy Crystal etc.
Signal from remote sensor can be received on the distance up to 8 blocks in each direction from reactor. To increase range - use Range Upgrade item. You can adjust facing of indicator with IC2 wrench. When machines do not have enough power, an indicator has a dark gray color. It also indicates if reactor can't be found or too far with bluish gray color. Regular thermometer measures the temperature of a reactor right click on reactor or on reactor chamber. Digital thermometer measures the temperature of the reactor and displays other temperatures water evaporation point, reactor melting point.
It should be charged after crafting and can be recharged. Pair of remote sensor and Reactor Sensor Location Card. Use a kit on reactor right click to mount a sensor and receive location card. If you don't need Reactor Sensor Location Card any more - you can get back 2 circuits shapeless crafting recipe.
Pair of remote sensor and Energy Sensor Location Card. That heat is used to make steam that spins a turbine to create electricity. The main job of a reactor is to house and control nuclear fission —a process where atoms split and release energy. Reactors use uranium for nuclear fuel, Nuclear Control. The uranium is processed into small ceramic pellets and stacked together into sealed metal tubes called fuel rods.
Typically more than of these rods are bundled together to form a fuel assembly. A reactor core is typically made up of a couple hundred assemblies, depending on power level. Inside the reactor vessel, the fuel rods are immersed in water which acts as both a coolant and moderator.
The moderator helps slow down the neutrons produced by fission to sustain the chain reaction. Control rods can then be inserted into the reactor core to reduce the reaction rate or withdrawn to increase it. The heat created by fission turns the water into steam, which spins a turbine to produce carbon-free electricity.
All commercial Nuclear Control reactors in the United States are light-water reactors. Reactivity may be controlled in various ways: by adding or removing fuel, by altering the ratio of neutrons that leak out of the system to those that are kept in the system, or by changing the amount of absorber that competes with the fuel for neutrons.
In the latter method the neutron population in the reactor is controlled by varying the absorbers, which are commonly in the form of movable control rods though in a less commonly used design, operators can change the concentration of absorber in the reactor coolant.
Changes of neutron leakage, on Nuclear Control other hand, are often automatic. This decrease in coolant density will increase neutron leakage out of the system and thus reduce reactivity—a process known as negative-reactivity feedback. Neutron leakage and other mechanisms of negative-reactivity feedback are vital aspects of safe reactor design. Fortunately, reactor control is aided by the presence of so-called delayed neutrons, which are neutrons emitted by fission products some time after fission has occurred.
The concentration of delayed neutrons at any one time more commonly referred to as the effective delayed neutron fraction is less than 1 percent of all neutrons in the reactor. However, even this small percentage is sufficient to facilitate the monitoring and control of changes in the system and to regulate an operating reactor safely.
Nuclear reactor. Article Media. Info Print Print. Table Of Contents. Submit Feedback. Thank you for your feedback. Home Technology Industry. Bernard I.
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