Nuclear Reactor in a sentence

(1) The sun is a nuclear reactor.

(2) The sun is a giant nuclear reactor.

(3) The sun is a natural nuclear reactor.

(4) The nuclear reactor contains radiation.

(5) The nuclear reactor is made of concrete.

(6) The nuclear reactor is powering the city.

(7) The nuclear reactor meltdown was a disaster.

(8) The nuclide was produced in a nuclear reactor.

(9) The megamechs are powered by a nuclear reactor.

(10) The nuclear reactor meltdown was a tragic event.

Nuclear Reactor sentence

(11) The breeder reactor is a type of nuclear reactor.

(12) The nuclear reactor was shut down for maintenance.

(13) The capacity factor of the nuclear reactor was 95%.

(14) The nuclear reactor has a capacity of 500 megawatts.

(15) The nuclear reactor has a capacity of ten megawatts.

(16) The gas cooled reactor is a type of nuclear reactor.

(17) The nuclear reactor irradiated the surrounding area.

(18) The production of fermium requires a nuclear reactor.

(19) The nuclear reactor contained highly fissile uranium.

(20) The nuclear reactor produced gigawatts of electricity.

Nuclear Reactor make sentence

(21) The production of nobelium requires a nuclear reactor.

(22) The nuclear reactor ionises the surrounding materials.

(23) The molten uranium was used to fuel a nuclear reactor.

(24) The explosion of the nuclear reactor was catastrophic.

(25) The nuclear submarine was powered by a nuclear reactor.

(26) The explosion of the nuclear reactor caused a meltdown.

(27) The molten uranium was poured into the nuclear reactor.

(28) The nuclear reactor generates power for the entire city.

(29) The nuclear reactor irradiates beside the cooling tower.

(30) The nuclear reactor converts nuclear energy to radiation.

Sentence of nuclear reactor

(31) The production of einsteinium requires a nuclear reactor.

(32) The nuclear reactor irradiates the water to produce steam.

(33) The nuclear reactor converts nuclear energy into radiation.

(34) The nuclear reactor can produce up to 4 gigawatts of power.

(35) Lutetium is used in the production of nuclear reactor fuel.

(36) The nuclear reactor produces 1,000 megawatts of electricity.

(37) The disarmament of the nuclear reactor was a safety measure.

(38) The nuclear reactor emits radiation that irradiates outwards.

(39) The nuclear reactor requires a new fuel rod every few months.

(40) The energy in a nuclear reactor is generated through fission.

Nuclear Reactor meaningful sentence

(41) The becquerel reading indicated a leak in the nuclear reactor.

(42) The fuel assembly is a crucial component of a nuclear reactor.

(43) The nuclear reactor exploded, causing a catastrophic meltdown.

(44) The core of a nuclear reactor is where the energy is produced.

(45) The control rod is an essential component of a nuclear reactor.

(46) The inherent power of a nuclear reactor can produce electricity.

(47) The nuclear reactor can transmit radiation for power generation.

(48) The radiation exposure can interfere inside the nuclear reactor.

(49) The walls of a nuclear reactor are designed to absorb radiation.

(50) The nuclear reactor exploded and caused a catastrophic meltdown.

Nuclear Reactor sentence examples

(51) The nuclear reactor was designed to produce energy for the city.

(52) Iridium is used in the production of nuclear reactor components.

(53) The fuel assembly is an essential component of a nuclear reactor.

(54) The power from a nuclear reactor is used to generate electricity.

(55) The radiation from the nuclear reactor was emitted isotropically.

(56) The nuclear reactor hummed and steamed up past the cooling tower.

(57) The nuclear reactor core must be kept cool to prevent a meltdown.

(58) The nuclear reactor can irradiate materials to make them sterile.

(59) The implosion of the nuclear reactor released dangerous radiation.

(60) The nuclear reactor produces one megawatt of electricity per hour.

Sentence with nuclear reactor

(61) The gas cooled reactor is a type of Generation IV nuclear reactor.

(62) The kilorads emitted by the nuclear reactor were dangerously high.

(63) The nuclear reactor can generate up to 4 gigawatts of electricity.

(64) The radioactive waste from the nuclear reactor gives off radiation.

(65) The nuclear reactor in the array is designed to give off radiation.

(66) Lutetium is used in the production of nuclear reactor control rods.

(67) The rads emitted from the nuclear reactor were carefully monitored.

(68) The ionized atoms in a nuclear reactor produce heat through fission.

(69) The process of nuclear fission produces energy in a nuclear reactor.

(70) A nuclear reactor emits energy through controlled nuclear reactions.

Use nuclear reactor in a sentence

(71) The nuclear reactor can produce up to five gigawatts of electricity.

(72) The energy of a neutron in a nuclear reactor is typically a few MeV.

(73) The power density of a nuclear reactor determines its energy output.

(74) The neutron detector measures backscatters from the nuclear reactor.

(75) The shield on the nuclear reactor protected it from radiation leaks.

(76) The nuclear reactor is convertible into power for the entire country.

(77) The Madsen reactor is a type of nuclear reactor developed in Denmark.

(78) The fuel rod is responsible for producing energy in a nuclear reactor.

(79) The gamma ray emission from the nuclear reactor was closely monitored.

(80) A nuclear reactor emits energy through the process of nuclear fission.

Sentence using nuclear reactor

(81) The nuclear reactor is at risk of melting down if not properly cooled.

(82) The nuclear reactor produces twenty megawatts of electricity per hour.

(83) The efficiency of a nuclear reactor is measured by its capacity factor.

(84) The nuclear reactor generates heat through a controlled chain reaction.

(85) The scatter radiation from the nuclear reactor was detected miles away.

(86) The nuclear reactor is designed to irradiate uranium to produce energy.

(87) The nuclear reactor malfunctioned, causing it to break down into atoms.

(88) The control rod is used to regulate the nuclear reactor's power output.

(89) Unmanning the nuclear reactor posed a serious threat to the environment.

(90) The gamma rays emitted by the nuclear reactor were carefully controlled.

Nuclear Reactor example sentence

(91) The behavior of fast neutrons in a nuclear reactor is carefully studied.

(92) The nuclear reactor acts as a sustainer of large-scale power generation.

(93) The core of a nuclear reactor is where the nuclear reactions take place.

(94) The malfunctioning nuclear reactor spread radiation into the atmosphere.

(95) The nuclear reactor can irradiate round the fuel rods to produce energy.

(96) The deactivators were responsible for shutting down the nuclear reactor.

(97) The fuel rods in a nuclear reactor contain enriched uranium or plutonium.

(98) The damaged nuclear reactor was leaking and started to contain radiation.

(99) The energy change in the nuclear reactor produced a large amount of heat.

(100) The water in the cooling system of a nuclear reactor can absorb radiation.

Sentence with word nuclear reactor

(101) The radiation pressure inside the nuclear reactor is carefully controlled.

(102) Neutron capture is a process that occurs in the core of a nuclear reactor.

(103) The radiation caused the water to vaporize underneath the nuclear reactor.

(104) The engineer used probes to monitor the temperature of the nuclear reactor.

(105) The deactivation of the nuclear reactor was a complex and delicate process.

(106) The nuclear reactor irradiates the surrounding area with harmful radiation.

(107) The borated material was used as a neutron absorber in the nuclear reactor.

(108) The sluice by the nuclear reactor was used to regulate the flow of coolant.

(109) The fuel assembly is a key consideration in the design of a nuclear reactor.

(110) The cooling system of a nuclear reactor is essential to prevent overheating.

Sentence of nuclear reactor

(111) Beryllia is a vital component in the manufacturing of nuclear reactor cores.

(112) The emittance of radiation from the nuclear reactor is a concern for safety.

(113) Spallation is a key factor in the degradation of nuclear reactor components.

(114) The nuclear reactor malfunctioned and threatened to blow up the entire city.

(115) The collimators in the nuclear reactor help to control the flow of neutrons.

(116) The interlocks on the nuclear reactor prevent any possibility of a meltdown.

(117) The fast reactor is a type of nuclear reactor that uses high-energy neutrons.

(118) A thick concrete wall can effectively block radiation from a nuclear reactor.

(119) The rate of neutron capture influences the neutron flux in a nuclear reactor.

(120) The energy change in the nuclear reactor created steam to power the turbines.

Nuclear Reactor used in a sentence

(121) The fused atoms in the nuclear reactor released a tremendous amount of energy.

(122) The maintenance of a nuclear reactor involves regular inspections and repairs.

(123) Fissile elements can be used to sustain a chain reaction in a nuclear reactor.

(124) The relative power of a nuclear reactor determines its electricity production.

(125) The cataclysmic explosion of the nuclear reactor had devastating consequences.

(126) The nuclear reactor was able to concentrate radiation to generate electricity.

(127) Curium is produced by bombarding plutonium with neutrons in a nuclear reactor.

(128) If you don't properly handle a nuclear reactor, it could blow up in your city.

(129) The reradiated energy from the nuclear reactor is used to generate electricity.

(130) The gas cooled reactor is a type of nuclear reactor that uses gas as a coolant.

Nuclear Reactor sentence in English

(131) The intense radiation caused the metal to vaporize beneath the nuclear reactor.

(132) The intense radiation from the nuclear reactor vaporised the surrounding water.

(133) The Jaegers were powered by a nuclear reactor, making them incredibly powerful.

(134) The nuclear reactor is a key component of many countries' energy infrastructure.

(135) The fuel rod is a key factor in determining the efficiency of a nuclear reactor.

(136) Molybdenum is a crucial element in the production of nuclear reactor components.

(137) The power output of a nuclear reactor is of the order of magnitude of gigawatts.

(138) The nuclear reactor plays a vital role in providing clean and sustainable energy.

(139) The fuel assembly contains the fuel rods that generate heat in a nuclear reactor.

(140) Superalloys are extensively used in the production of nuclear reactor components.

(141) The nuclear reactor was designed to be fail-safe, but accidents can still happen.

(142) The energy emitted by a nuclear reactor can be harnessed to generate electricity.

(143) The energy change in the nuclear reactor produces heat for electricity generation.

(144) The control rods in a nuclear reactor help regulate the rate of nuclear reactions.

(145) The nuclear reactor is a valuable asset for countries seeking energy independence.

(146) Promethium is produced by bombarding neodymium with neutrons in a nuclear reactor.

(147) The irradiations emitted by the nuclear reactor were closely monitored for safety.

(148) The production of californium requires a nuclear reactor and is a complex process.

(149) The decommissioning of the nuclear reactor was a complex and highly regulated task.

(150) The release of radiation from the damaged nuclear reactor was a catastrophic event.

(151) The nuclear reactor operates by harnessing the energy released from splitting atoms.

(152) Silver aside from uranium is a popular choice for making nuclear reactor components.

(153) The curies emitted by the nuclear reactor were closely monitored by the technicians.

(154) The fuel assembly is a key factor in determining the efficiency of a nuclear reactor.

(155) Nuclear engineering involves the analysis and prediction of nuclear reactor behavior.

(156) The nuclear reactor was designed to produce energy without emitting greenhouse gases.

(157) The thermonuclear reaction is a reaction that occurs in the core of a nuclear reactor.

(158) The nuclear reactor requires a constant supply of coolant to maintain its temperature.

(159) The nuclear reactor is shielded to protect workers and the environment from radiation.

(160) The catastrophic failure of the nuclear reactor led to a major environmental disaster.

(161) The radioactive waste from the nuclear reactor emits radiation for thousands of years.

(162) Fast neutron cross-section data is essential for accurate nuclear reactor simulations.

(163) The stable control of the nuclear reactor ensured safe and efficient energy production.

(164) The production of americium involves the irradiation of plutonium in a nuclear reactor.

(165) The ionization of atoms in a nuclear reactor can release a tremendous amount of energy.

(166) The fission process can be controlled to sustain a chain reaction in a nuclear reactor.

(167) The boiling water reactor is a type of nuclear reactor used for generating electricity.

(168) The radiations from the nuclear reactor were carefully controlled to prevent accidents.

(169) The borated aluminum alloy was used to construct the fuel rods for the nuclear reactor.

(170) The nuclear reactor requires constant monitoring to ensure its stability and efficiency.

(171) The total power generated by the nuclear reactor is sufficient to meet the city's needs.

(172) Fissioning reactions can be controlled by inserting control rods into a nuclear reactor.

(173) The nuclear reactor malfunctioned and threatened to blast into oblivion the entire town.

(174) The decommissioning of the nuclear reactor was a complex and carefully planned operation.

(175) The safety protocols of a nuclear reactor are crucial to prevent any potential accidents.

(176) The construction of a nuclear reactor involves strict regulations and extensive planning.

(177) The technician followed strict safety protocols while depressurizing the nuclear reactor.

(178) The neutronic reactions in the nuclear reactor were carefully monitored by the engineers.

(179) The safety of a nuclear reactor is ensured through rigorous training and strict protocols.

(180) The power density of the nuclear reactor was carefully monitored to ensure safe operation.

(181) The gigawatt capacity of a nuclear reactor determines its ability to generate electricity.

(182) A radiation-blocking shield is used to protect workers during nuclear reactor maintenance.

(183) The government is implementing measures to convert out radiation from the nuclear reactor.

(184) The amount of radiation emitted by a nuclear reactor is measured in billionths of a curie.

(185) The pressurized water reactor is a type of nuclear reactor used for generating electricity.

(186) Curium is produced by bombarding plutonium or americium with neutrons in a nuclear reactor.

(187) The breakdown of uranium atoms in a nuclear reactor produces a tremendous amount of energy.

(188) The study of nuclear engineering includes the evaluation of nuclear reactor safety systems.

(189) The radioactivities released by the nuclear reactor were controlled through safety measures.

(190) The intense radiation from the nuclear reactor caused the material to break down into atoms.

(191) The explosion of the nuclear reactor was a catastrophic event that had long-lasting effects.

(192) Menachem Begin's decision to bomb the Iraqi nuclear reactor in 1981 was highly controversial.

(193) The rads emitted by the nuclear reactor were closely monitored by the regulatory authorities.

(194) The ionising radiation from a nuclear reactor can be shielded using thick layers of concrete.

(195) The intense radiation from the nuclear reactor causes the material to unravel into molecules.

(196) The nuclear physicist collaborated with engineers to design a more efficient nuclear reactor.

(197) The lead shielding in the nuclear reactor protects against irradiation of the surrounding area.

(198) The penetrating power of the radiation emitted by the nuclear reactor required thick shielding.

(199) The nuclear reactor is a highly efficient source of energy compared to traditional fossil fuels.

(200) The nuclear reactor uses controlled fission reactions to irradiate fuel rods and produce energy.

(201) The nuclear reactor irradiates the surrounding area, but safety measures prevent harm to humans.

(202) The nuclear reactor is a complex engineering feat that requires skilled professionals to operate.

(203) The nuclear reactor is a complex system that generates power through controlled nuclear reactions.

(204) The nuclear reactor is designed to operate for several decades before requiring major maintenance.

(205) The nuclear reactor produces a small amount of waste compared to other forms of energy generation.

(206) The radiation from the nuclear reactor can irradiate through the walls of the containment chamber.

(207) Enrico Fermi's development of the first nuclear reactor paved the way for nuclear power generation.

(208) The nuclear reactor was surrounded by a thick layer of shielding material to contain the radiation.

(209) The malfunctioning nuclear reactor gives off radiation that poses a threat to the surrounding area.

(210) The mechanism of a nuclear reactor involves using nuclear fission to generate heat and electricity.

(211) The protective barrier around the nuclear reactor was strong, and it prevented any radiation leaks.

(212) A breeder reactor is a type of nuclear reactor that produces more fissile material than it consumes.

(213) The pressurized water reactor is a type of nuclear reactor commonly used for electricity generation.

(214) The behavior of neutrons in a nuclear reactor is carefully controlled to prevent a nuclear meltdown.

(215) The decommissioning of a nuclear reactor involves safely dismantling and disposing of its components.

(216) The nuclear reactor meltdown was catastrophically disastrous, causing long-term environmental damage.

(217) The radiation pressure from the nuclear reactor needs to be carefully controlled to prevent accidents.

(218) Enrico Fermi's experiments with nuclear reactions led to the development of the first nuclear reactor.

(219) The nuclear reactor is a symbol of technological advancement and the pursuit of clean energy solutions.

(220) The specific energy of a nuclear reactor is carefully controlled to ensure safe and sustained operation.

(221) The nuclear reactor was surrounded by a thick layer of lead shielding material to contain the radiation.

(222) The engineer adjusted the position of the control rod out of the nuclear reactor for optimal performance.

(223) The nuclear reactor is a controversial topic due to concerns about potential accidents and waste disposal.

(224) The containment structure of a nuclear reactor is designed to prevent the release of radioactive materials.

(225) A fast reactor is a type of nuclear reactor that uses high-energy neutrons to sustain a fast chain reaction.

(226) The nearby nuclear reactor is experiencing a meltdown, and residents are being ordered to evacuate the town.

(227) The nuclear reactor was shut down for maintenance, so the power plant had to rely on other sources of energy.

(228) The intense energy released by the nuclear reactor caused the surrounding area to vaporize beyond recognition.

(229) The boiling water reactor is a type of nuclear reactor that uses water as both a coolant and a neutron moderator.

(230) The nuclear reactor undergoes regular inspections by regulatory bodies to ensure compliance with safety standards.

(231) Despite the high levels of radiation, the kilorads emitted from the nuclear reactor were within acceptable limits.

(232) The nuclear reactor, which generates heat through nuclear fission, is a crucial component of nuclear power plants.

(233) The nuclear reactor is a versatile technology that can be used for both electricity generation and research purposes.

(234) The residence time of a neutron in a nuclear reactor is carefully controlled to ensure proper functioning and safety.

(235) The ionising radiation from the nuclear reactor can be harmful to living organisms, so protective measures must be taken.

(236) The decommissioning process of the old nuclear reactor will take several years and require careful planning and execution.

(237) The kilorads of radiation emitted from the nuclear reactor were within acceptable limits, so there was no need for evacuation.

(238) The breeder reactor is a type of nuclear reactor that produces more fuel than it consumes, and it has the potential to reduce our carbon footprint.

(239) The nuclear reactor radiates energy, which can be harnessed to power homes and businesses, but also requires careful management to prevent accidents.

(240) Breeder reactors are a type of nuclear reactor that can produce more fuel than they consume, and they have the potential to reduce our dependence on fossil fuels.

(241) The nuclear reactor malfunctioned, causing a dangerous radiation leak, and the government had to evacuate the surrounding area to ensure the safety of the citizens.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Nuclear Reactor. They do not represent the opinions of TranslateEN.com.