Something like 35 kg/day, this equates to about 25 tonnes (25,000 kg) every 2 years, when refuelling is carried out.
The energy output of a nuclear reactor can vary greatly depending on its size and design. However, on average, a nuclear reactor can generate around 1-2 billion kilowatt-hours (kWh) of electricity in one day.
A 1000 MW nuclear reactor typically uses about 25 to 30 tons of uranium fuel per year. This equates to approximately 68 to 82 kilograms of uranium consumed per day, depending on the reactor's efficiency and operational conditions. The exact amount can vary based on the reactor design and the enrichment level of the uranium used.
A large nuclear power reactor will have a thermal output of about 3000 MW. If this runs all day every day it will therefore produce 3000 x 365 MWD (Megawattdays) of energy in a year.
Depends on the amount of fuel remaining. Usually at 78% and at 780 Degrees, A Reactor requires 480 Kilo Litres of Coolant [Water] per Day.
The amount of electrical energy generated by a nuclear power reactor in one day can vary depending on its capacity and efficiency. However, a typical nuclear power reactor can generate around 1-2 billion joules of electrical energy per day.
Nuclear reactors are controlled by changing the geometry of the fuel rods to slow down the reaction, dropping them into moderators, or removing them from the hot part of the reactor. The old phrase (from my day) was "ax the mandrel, she's running HOT!" meaning drop all the fuel rods into the moderator structure.
The amount of energy obtained from nuclear fuel is expressed as so many megawattdays per tonne, in a liquid water reactor (LWR) it is now around 60,000 MWd/tonne. So if a reactor power output is say 3000 MW (thermal), in one day it will use up 1/20 tonne of fuel, and in a year it will use 18.25 tonne. With reactors that can be refuelled during operation, or during short shutdown periods, the individual fuel assemblies can be changed as required giving flexibility, this applies to the advanced gas-cooled reactors (AGR's) built in the UK. With LWR's where the top of the pressure vessel has to be removed for fuelling, this is only possible during long outages (though they have become much shorter with practice), and so a large proportion of the fuel is changed each time. When a reactor has settled into a routine of regular fuelling outages, this would probably be at about two yearly intervals, and about 1/3 of the fuel changed each time, so any particular assembly could stay in the reactor for about six years on average.
The amount of energy generated by a nuclear power plant in one day can vary depending on the plant's capacity and operating conditions. On average, a nuclear power plant can produce enough electricity in one day to power hundreds of thousands of homes.
The first work on nuclear fusion was performed in 1933 by Ernest Rutherford. The first nuclear fusion "reactor" was built in 1947 by teams in the UK and USSR. To this day no nuclear fusion "reactor" has been able to produce more energy than had to be put into it to get the reaction started, despite many different experiments on many different designs.
nuclear power
CP-1 in Chicago in 1942 was first operating nuclear reactor. no effect except confirmation that chain reaction worked and could be controlled.
None