Radioactive in a sentence

(1) Autunites are radioactive.

(2) Astatines are radioactive.

(3) Radon is a radioactive gas.

(4) Dawsonites are not radioactive.

(5) Uranium is a radioactive element.

(6) Dubnium is a radioactive element.

(7) Babingtonites are not radioactive.

(8) Berkeliums are highly radioactive.

(9) Actinoids are radioactive elements.

(10) Radon is a type of radioactive gas.

Radioactive sentence

(11) The coquimbites are not radioactive.

(12) Americiums are radioactive elements.

(13) Einsteinium is a radioactive element.

(14) Radium is a highly radioactive element.

(15) The element radon is a radioactive gas.

(16) Deuterium is a non-radioactive isotope.

(17) Thorium is a weakly radioactive element.

(18) Orthoclase is not typically radioactive.

(19) Bohrium is a highly radioactive element.

(20) Actinon is a highly radioactive element.

Radioactive make sentence

(21) Avoid playing with radioactive materials.

(22) Plutonium is a highly radioactive element.

(23) Beta decay is a type of radioactive decay.

(24) Bismuthinite is not a radioactive mineral.

(25) The radioactive isotope emitted gamma rays.

(26) Actinium is a radioactive chemical element.

(27) Radium is a radioactive alkali earth metal.

(28) Alpha decay is a type of radioactive decay.

(29) Pollutants can cause radioactive pollution.

(30) Americium is a radioactive chemical element.

Sentence of radioactive

(31) Tritium is a radioactive isotope of hydrogen.

(32) Carbon-14 is a radioactive isotope of carbon.

(33) Radium is a radioactive alkaline earth metal.

(34) Homer's favorite superhero is Radioactive Man.

(35) The radioactive waste drum contains radiation.

(36) Actiniums are a group of radioactive elements.

(37) Neutrinos are emitted during radioactive decay.

(38) The radioactive isotope emitted beta particles.

(39) Radon is a naturally occurring radioactive gas.

(40) The alpha decay is a type of radioactive decay.

Radioactive meaningful sentence

(41) Actinide elements can undergo radioactive decay.

(42) Gamma rays are emitted during radioactive decay.

(43) They were poisoned with a radioactive substance.

(44) The transuranic elements are highly radioactive.

(45) Protoactinium is a rare and radioactive element.

(46) The geiger counter detects radioactive materials.

(47) Neutrons can be emitted during radioactive decay.

(48) The incinerator can incinerate radioactive waste.

(49) The trash cans are labeled for radioactive waste.

(50) The radioactive dust glowed ominously in the dark.

Radioactive sentence examples

(51) The radioactive isotope emitted harmful radiation.

(52) The radioactive substance vial contains radiation.

(53) Negatrons can be emitted during radioactive decay.

(54) Antiman's powers come from a radioactive ant bite.

(55) The radioactive isotope had a half-life of 10 days.

(56) The radioactive material emitted harmful radiation.

(57) Gamma decay is a type of radioactive decay process.

(58) Polonium is a semimetal that is highly radioactive.

(59) Some minerals are radioactive and can be dangerous.

(60) The atomic nucleus is the site of radioactive decay.

Sentence with radioactive

(61) Beta particles are emitted during radioactive decay.

(62) The radioactive source container contains radiation.

(63) The weak force is responsible for radioactive decay.

(64) The half-lives of radioactive isotopes vary greatly.

(65) The scientist measured grams of radioactive material.

(66) The radioactive isotope container contains radiation.

(67) The radioactive decay of isotopes produces radiation.

(68) Actinides are known for their radioactive properties.

(69) The thyroids can be imaged using a radioactive tracer.

(70) The radioactive contamination area contains radiation.

Use radioactive in a sentence

(71) Radium is an alkaline-earth-metal that is radioactive.

(72) Radon is a radioactive gas that can be found in homes.

(73) The disposal of radioactive waste is a costly endeavor.

(74) The radioactive dust cloud slowly dissipated over time.

(75) The radioactive material posed a potential health risk.

(76) Radon is a radioactive gas that can damage lung tissue.

(77) Thorium is a radioactive element with atomic number 90.

(78) The radioactive waste disposal site contains radiation.

(79) Radwaste can remain radioactive for thousands of years.

(80) The radioactive leak conterminated the entire facility.

Sentence using radioactive

(81) Some types of ore are radioactive and can be dangerous.

(82) Always irradiate before using any radioactive materials.

(83) The alpha decay chain is a series of radioactive decays.

(84) The radioactive material disposal bin contains radiation.

(85) The radioactive isotope emitted a faint glow in the dark.

(86) Gamma rays are commonly emitted during radioactive decay.

(87) The radioactive material irradiates beside the container.

(88) Niton is a radioactive element with the atomic number 86.

(89) Atomic theory explains why some elements are radioactive.

(90) The scientist put a cage off of the radioactive material.

Radioactive example sentence

(91) Alpha particles are emitted by some radioactive elements.

(92) Antileptons can be produced in certain radioactive decays.

(93) The radioactive isotope had a high level of radioactivity.

(94) Photons can be emitted during radioactive decay processes.

(95) The geiger counter can detect round radioactive particles.

(96) Radon is a radioactive gas, and it is found in many homes.

(97) The safe disposal of radioactive waste is a global concern.

(98) Nucleons can be emitted during radioactive decay processes.

(99) Ionising radiation can be emitted by radioactive materials.

(100) Ionizing radiation can be emitted by radioactive materials.

Sentence with word radioactive

(101) Radon is a radioactive decay product of uranium and radium.

(102) The byproduct of nuclear power plants is radioactive waste.

(103) The radioactive material contaminates the surrounding area.

(104) Radioactive materials emit energy in the form of radiation.

(105) The radioactive material handling glove contains radiation.

(106) Actinium-226 emits beta particles during radioactive decay.

(107) Actinium-228 emits beta particles during radioactive decay.

(108) Pitchblende is a radioactive mineral that contains uranium.

(109) Some minerals are radioactive and can be harmful to humans.

(110) Radon is a radioactive gas that can be found in some homes.

Sentence of radioactive

(111) One becquerel is equal to one radioactive decay per second.

(112) Bituminization is a process used to treat radioactive waste.

(113) The reactant is a radioactive material that emits radiation.

(114) Ionizing radiation can be produced by radioactive materials.

(115) Actinium-225 emits alpha particles during radioactive decay.

(116) Actinium-227 emits alpha particles during radioactive decay.

(117) Becquerel rays are emitted by certain radioactive materials.

(118) Promethium has no stable isotopes and is highly radioactive.

(119) Thoron is a decay product of radon, another radioactive gas.

(120) The dewar was used to store the radioactive isotopes safely.

Radioactive used in a sentence

(121) The atomic number of polonium, a radioactive element, is 84.

(122) Neutrinos are produced in the decay of radioactive isotopes.

(123) The radioactive material can irradiate the surrounding area.

(124) Einsteinium is highly radioactive and has a short half-life.

(125) Actinide elements are known for their radioactive properties.

(126) The transportation of radioactive waste is tightly regulated.

(127) Actinoid elements are known for their radioactive properties.

(128) Fission can occur naturally in certain radioactive materials.

(129) Radioactive decay can be used to sterilize medical equipment.

(130) The radioactive nature of monazite requires careful handling.

Radioactive sentence in English

(131) The radioactive material storage facility contains radiation.

(132) The radioactive contamination cleanup kit contains radiation.

(133) Yb has four stable isotopes and several radioactive isotopes.

(134) Berkelium is a radioactive element with the atomic number 97.

(135) Neutrinos are produced in the decay of radioactive materials.

(136) Actinides are radioactive and can be harmful to human health.

(137) Radioactive waste can remain hazardous for thousands of years.

(138) Radioactive waste can emit harmful radiation if not contained.

(139) The decay of the radioactive isotope produced a distinct glow.

(140) Uranium 235 is a radioactive isotope used in nuclear reactors.

(141) Radioactive decay can result in the formation of new elements.

(142) The radioactive waste emits phosphorescence as a warning sign.

(143) Positrons are produced in natural radioactive decay processes.

(144) Actinon is a radioactive metal that is silvery-white in color.

(145) The radioactive material emits phosphorescence under UV light.

(146) The scientist was able to neutralize the radioactive material.

(147) Radioactive waste can result from various industrial processes.

(148) Neptunium is a radioactive chemical element with the symbol Np.

(149) The radioactive dust settled on the ground after the explosion.

(150) The nuclear explosion released megatons of radioactive fallout.

(151) The fission of heavy elements can produce radioactive isotopes.

(152) The workers were trained to handle radioactive material safely.

(153) The radioactive material was carefully sealed to prevent leaks.

(154) The disposal site was designated for radioactive material only.

(155) Radioactive decay is a random process that cannot be predicted.

(156) The decay products of radioactive elements can be highly toxic.

(157) The radioactive material phosphoresces under ultraviolet light.

(158) Hahnium is a highly radioactive element with a short half-life.

(159) The excited state of the nucleus can lead to radioactive decay.

(160) Bohrium is a highly radioactive element with a short half-life.

(161) The radioactive isotope was found naturally in certain minerals.

(162) Radioactive decay is a continuous process that occurs over time.

(163) Radioisotopes are unstable atoms that undergo radioactive decay.

(164) Beta particles can be emitted from various radioactive isotopes.

(165) The radioactive material transport container contains radiation.

(166) Positrons are emitted during certain types of radioactive decay.

(167) The nucleon is a key player in the process of radioactive decay.

(168) The radioactive isotope was used to sterilize medical equipment.

(169) The incinerator was used to dispose of radioactive waste safely.

(170) The nuclear power plant threatened to leak radioactive material.

(171) The density of a material can affect its radioactive decay rate.

(172) The storage of radioactive waste requires specialized facilities.

(173) The handling of radioactive waste requires trained professionals.

(174) The radioactive dust was a major concern for the local community.

(175) Tritium is a radioactive material that requires careful handling.

(176) One becquerel is equal to one radioactive decay event per second.

(177) The storage facility was equipped to handle radioactive material.

(178) The radioactive isotope was used in the study of nuclear physics.

(179) Astatine is a highly radioactive element with no stable isotopes.

(180) The patient's struma was treated with radioactive iodine therapy.

(181) Unnilquadium is a radioactive element with the atomic number 104.

(182) Lutetium has a number of isotopes, some of which are radioactive.

(183) Torbernite is a green, radioactive mineral that contains uranium.

(184) Some types of ore are radioactive and can be dangerous to handle.

(185) Radon is a radioactive pollutant that can be found in some homes.

(186) The long-term storage of radioactive waste is a contentious issue.

(187) The proton is involved in nuclear reactions and radioactive decay.

(188) The neutralized radioactive waste was stored in a secure facility.

(189) Fission reactions can release a large amount of radioactive waste.

(190) The radioactive material was carefully monitored to ensure safety.

(191) The disposal process for radioactive material is highly regulated.

(192) Gamma rays are used in the detection of radioactive contamination.

(193) The radioactive properties of uranium make it dangerous to handle.

(194) The detonation of a hydrogen bomb can release radioactive fallout.

(195) The radiations from the radioactive waste were safely disposed of.

(196) The actinoid series is known for its radioactive decay properties.

(197) The fissioning of heavy elements can produce radioactive isotopes.

(198) It is important to irradiate after handling radioactive materials.

(199) The element radon is a radioactive gas that can cause lung cancer.

(200) Radioactive waste can have long-lasting impacts on the environment.

(201) Breathing in radioactive dust can have serious health consequences.

(202) Neutron capture can result in the creation of radioactive isotopes.

(203) The handling of radioactive material requires specialized training.

(204) Understanding radioactive decay is crucial in nuclear power plants.

(205) Background radiation is a natural consequence of radioactive decay.

(206) The radioactive waste emits phosphorescence as a safety precaution.

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

(208) The radiochemical process involved the use of radioactive isotopes.

(209) Actiniums are used in the production of other radioactive isotopes.

(210) The hexavalent form of uranium is highly radioactive and dangerous.

(211) Coffinite is a radioactive mineral and should be handled with care.

(212) Europium has four stable isotopes and several radioactive isotopes.

(213) Caution fault is essential when working with radioactive materials.

(214) Alpha particles are emitted by some types of radioactive materials.

(215) Helium is produced by the radioactive decay of uranium and thorium.

(216) Alpha-particles are emitted during the process of radioactive decay.

(217) The scientist used a geiger counter to detect radioactive particles.

(218) Leptons are not affected by the forces that cause radioactive decay.

(219) The radioactive isotope was used in smoke detectors to detect fires.

(220) The laboratory was conducting experiments with radioactive material.

(221) The detection of radioactive material is crucial for nuclear safety.

(222) The rate of radioactive decay can be influenced by external factors.

(223) Strontium-87 is the product of the radioactive decay of rubidium-87.

(224) Radioactive materials can give off radiation for thousands of years.

(225) The scientist cautiously set the radioactive bottle down in the lab.

(226) Positrons are produced in the decay of certain radioactive isotopes.

(227) The radioactive isotope emitted gamma rays during its decay process.

(228) The radioactive isotope was found to be present in the water supply.

(229) The radioactive seeds used in brachytherapy are very small and safe.

(230) Scientists use radioactive dating to study the history of the Earth.

(231) Americiums are used in the production of other radioactive isotopes.

(232) Actinon is produced through the decay of other radioactive elements.

(233) Hassium is a highly radioactive element with a very short half-life.

(234) Fermium is a highly radioactive element that is not found in nature.

(235) Thallous chloride is a radioactive compound used in medical imaging.

(236) Atoms can undergo radioactive decay, releasing energy and particles.

(237) The weak force is responsible for certain types of radioactive decay.

(238) The storage of radioactive waste must comply with strict regulations.

(239) Radioactive waste can have detrimental effects on future generations.

(240) The radioactive dust was a constant reminder of the nuclear disaster.

(241) The time constant of a radioactive isotope determines its decay rate.

(242) The byproducts of nuclear power generation include radioactive waste.

(243) The gas cooled reactor has a lower risk of radioactive waste leakage.

(244) The radioactive isotope was carefully monitored to prevent any leaks.

(245) The radioactive material was stored in a secure underground facility.

(246) Radioactive decay can release harmful radiation into the environment.

(247) The radioactive material emits phosphorescence when exposed to light.

(248) The radiations from the radioactive cloud were dispersed by the wind.

(249) The adsorbents effectively remove radioactive contaminants from soil.

(250) The becquerel reading confirmed the presence of radioactive isotopes.

(251) The nuclear medicine scanner irradiates beyond the radioactive probe.

(252) Rutherfordium is a highly radioactive element with a short half-life.

(253) Curium is a silvery-white metal that is highly radioactive and toxic.

(254) Radon is an element that is radioactive and can be harmful to humans.

(255) The element radon is a radioactive gas that can be harmful to humans.

(256) The abandoned mine provided shelter away from the radioactive fallout.

(257) The management of radioactive waste is a complex and challenging task.

(258) The by-products of nuclear power generation include radioactive waste.

(259) The radioactive isotope was securely stored in a lead-lined container.

(260) The radioactive isotope was used in agriculture to study plant growth.

(261) Antiparticles can be produced naturally in certain radioactive decays.

(262) The half-life of a radioactive substance determines its rate of decay.

(263) The radioactive material was securely stored in lead-lined containers.

(264) The process of radioactive decay occurs naturally in certain elements.

(265) Scientists study the effects of radioactive decay on living organisms.

(266) The half-life of a radioactive substance determines the rate of decay.

(267) The research lab uses radioactive emitters for scientific experiments.

(268) The radioactive isotope was used in the production of smoke detectors.

(269) The nuclear medicine scanner irradiates beside the radioactive tracer.

(270) Carbon-14 is commonly used in radioactive dating of organic materials.

(271) The element radon is a radioactive gas that can be harmful if inhaled.

(272) The scientist discovered a new method to neutralize radioactive waste.

(273) Uranium is a radioactive element that is used in nuclear power plants.

(274) The dumping of radioactive waste is a serious threat to public health.

(275) Radioactive waste can have serious implications for nearby communities.

(276) The radioactive isotope cesium-137 is commonly used in medical imaging.

(277) Einsteinium is highly radioactive and poses health risks if mishandled.

(278) The properties of einsteinium change as it undergoes radioactive decay.

(279) The radioactive dust required careful disposal to prevent further harm.

(280) Transuranic elements are highly unstable and undergo radioactive decay.

(281) The radioactive isotope was carefully handled by trained professionals.

(282) The radioactive isotope was used in food preservation to kill bacteria.

(283) Radioactive decay is a key factor in the production of nuclear weapons.

(284) The nuclide's radioactive decay can be measured using a Geiger counter.

(285) The nuclide's radioactive emissions can be harmful to living organisms.

(286) Thorium is not as radioactive as other elements like radium or uranium.

(287) The radioactive material can irradiate throughout the surrounding area.

(288) The radioactive decay process causes the element to give off radiation.

(289) The radioactive waste emitted several thousand becquerels of radiation.

(290) The becquerel unit is used to quantify the amount of radioactive decay.

(291) The radioactive isotope decayed over time, releasing harmful radiation.

(292) The radioactive isotope was used in the treatment of thyroid disorders.

(293) The huckleberry near the power plant was radioactive and unsafe to eat.

(294) Radiothorium is a radioactive element that is used in nuclear medicine.

(295) Aseptic precautions are taken in the handling of radioactive materials.

(296) Antilogs are used to calculate the half-life of radioactive substances.

(297) The radioactive waste dump site spread radiation into the nearby river.

(298) Autunite is not commonly used in jewelry due to its radioactive nature.

(299) Mendelevium is a highly radioactive element that is difficult to study.

(300) Gamma rays are produced during nuclear reactions and radioactive decay.

(301) Uranium is a radioactive chemical element used in nuclear power plants.

(302) The Fukushima accident resulted in the release of radioactive materials.

(303) The transportation of radioactive waste requires specialized containers.

(304) The radioactive decay of einsteinium produces various daughter isotopes.

(305) The radioactive dust was carefully sealed in hazardous waste containers.

(306) The scientist is studying methods for stabilising radioactive materials.

(307) The study of nuclear physics involves the analysis of radioactive decay.

(308) Ionizing radiation can be emitted by certain types of radioactive decay.

(309) The radioactive isotope emitted harmful radiation that could damage DNA.

(310) The transportation of radioactive material requires special precautions.

(311) The improper disposal of radioactive waste is polluting the environment.

(312) Antineutrinos are produced in the decay of certain radioactive isotopes.

(313) Neptunium is highly radioactive and emits both alpha and beta particles.

(314) The radiations from the radioactive substance were measured in sieverts.

(315) The radioactive material emitted 100 becquerels of radiation per second.

(316) Radioactive dating is a valuable tool for geologists and archaeologists.

(317) The radioactive waste can contaminate the environment for years to come.

(318) Safety protocols should be followed when handling radioactive materials.

(319) Antilogs are used to calculate the decay rate of radioactive substances.

(320) The contrabandism of radioactive materials is a danger to public health.

(321) The food color in this drink is so intense, it almost looks radioactive.

(322) The radioactive isotope caesium-137 is commonly used in medical imaging.

(323) Curium is a radioactive element with the symbol Cm and atomic number 96.

(324) The disposal of radioactive waste must be carefully planned and executed.

(325) The radioactive dust was a byproduct of the nuclear power plant accident.

(326) The radioactive isotope was used in medical imaging to diagnose diseases.

(327) The shielded container is used to transport radioactive materials safely.

(328) The decay of radioactive isotopes can be measured using a Geiger counter.

(329) The radioactive material emits phosphorescence when exposed to radiation.

(330) Treatment for thyrotoxicosis may also involve radioactive iodine therapy.

(331) Atomic physics has contributed to the understanding of radioactive decay.

(332) The scientist discovered a new method for neutralising radioactive waste.

(333) Anti particles are produced in the decay of certain radioactive isotopes.

(334) The nucleonic decay of the radioactive substance was monitored over time.

(335) Nucleosides can be labeled with radioactive isotopes for tracing purposes.

(336) Actinon is classified as a radioactive element due to its unstable nature.

(337) The radioactive decay of actinon releases energy in the form of radiation.

(338) Radioactive waste can have detrimental effects on wildlife and ecosystems.

(339) Beta decay is a form of radioactive decay that occurs in certain isotopes.

(340) Scientists studied the effects of the radioactive dust on nearby wildlife.

(341) The radioactive dust created a hazardous environment for nearby residents.

(342) The radioactive dust posed a long-term health risk to those exposed to it.

(343) Uranium 235 is a highly unstable isotope that undergoes radioactive decay.

(344) The study of radioactive decay has led to advancements in medical imaging.

(345) The rate of radioactive decay can be affected by temperature and pressure.

(346) The radioactive decay of a substance follows an exponential decay pattern.

(347) The radiations from the radioactive decay were used in radiometric dating.

(348) Yoctoseconds are used to measure the decay rate of radioactive substances.

(349) Beta decay can occur in both natural and artificial radioactive materials.

(350) The archaeologist used a radioactive isotope to date the ancient artifact.

(351) The radioactive decay process gives off radiation as particles break down.

(352) The nuclear disaster created a radioactive pall beneath the affected area.

(353) Radioiodine is a radioactive isotope of iodine used in medical treatments.

(354) The scintillometer can detect radioactive contamination in soil and water.

(355) The workers had to decontaminate off after handling radioactive materials.

(356) The radioactive material was phosphorescing dangerously in the laboratory.

(357) Thoron is a radioactive gas that is produced naturally in the environment.

(358) The decomposition of radioactive materials can pose a serious health risk.

(359) The disposal of radioactive waste is a major concern for environmentalists.

(360) The radioactive properties of radium make it useful in scientific research.

(361) The radioactive dust was a stark reminder of the dangers of nuclear energy.

(362) The backscatter of the gamma rays helped identify the radioactive material.

(363) The use of nuclear energy requires careful management of radioactive waste.

(364) Radioactive decay is a fundamental concept in the field of nuclear physics.

(365) The study of radioactive decay has applications in geology and archaeology.

(366) Radioactive decay is a constant process that cannot be stopped or reversed.

(367) The study of radioactive decay has led to advancements in cancer treatment.

(368) The nuclide's radioactive decay can be modeled using exponential functions.

(369) The half-life of radionuclides determines how long they remain radioactive.

(370) The radiations from the radioactive source were shielded using lead bricks.

(371) The hospital had to evacuate patients after a radioactive material release.

(372) The nuclear power plant uses a radioactive isotope to generate electricity.

(373) Brachytherapy involves placing radioactive sources directly into the tumor.

(374) Radiochemistry is used to analyze the composition of radioactive materials.

(375) The half-life of a radioisotope determines how long it remains radioactive.

(376) The half-life of a radionuclide determines how long it remains radioactive.

(377) Nuclear medicine uses radioactive materials to diagnose and treat diseases.

(378) Not wearing a safety suit while handling radioactive materials is a hazard.

(379) The element radon is a radioactive gas that can be harmful to human health.

(380) Thorites are known for their high levels of thorium, a radioactive element.

(381) It is crucial to decontaminate up after working with radioactive materials.

(382) The gaseous state of radon is a radioactive gas that can cause lung cancer.

(383) It's crucial not to mishandle the radioactive materials in the physics lab.

(384) The geiger counter's accuracy was tested against a known radioactive source.

(385) Radioactive waste can have long-term effects on ecosystems and biodiversity.

(386) The radioactive dust was a result of improper handling of nuclear materials.

(387) The presence of the radioactive isotope was detected using a Geiger counter.

(388) The radioactive isotope was used in cancer treatment to destroy tumor cells.

(389) The radioactive isotope was used in research to study the behavior of atoms.

(390) The researchers wore protective gear when working with radioactive material.

(391) The storage facility had strict protocols for handling radioactive material.

(392) The radioactive material was securely transported in specialized containers.

(393) The isolators provide a safe environment for handling radioactive materials.

(394) The scientist wore gloves to avoid touching under the radioactive materials.

(395) The half-life of a radioactive isotope can be determined through beta decay.

(396) The autoradiograph displayed the pattern of radioactive decay in the sample.

(397) The curies of the radioactive material were measured using a Geiger counter.

(398) The patient was administered a dose of 10 millicuries of radioactive iodine.

(399) Deuterium oxide is used in the production of tritium, a radioactive isotope.

(400) The decay of radioactive materials can also be described using exponentials.

(401) The beta radiation emitted by a radioactive source can be harmful to humans.

(402) The geiger counter clicked rapidly as we approached the radioactive material.

(403) The isotope mass of an element can change over time due to radioactive decay.

(404) Dubnium is a highly radioactive element that is not found naturally on Earth.

(405) The radioactive fallout from a nuclear explosion can contaminate large areas.

(406) The line spectrum of a radioactive element can be used in radiometric dating.

(407) The cleanup crew was tasked with removing radioactive material from the site.

(408) The researchers were investigating ways to safely store radioactive material.

(409) Radioactive decay is used in carbon dating to determine the age of artifacts.

(410) The decay of radioactive elements can release a significant amount of energy.

(411) The process of radioactive decay can be modeled using mathematical equations.

(412) Radioactive decay is a phenomenon that is still being studied and researched.

(413) The emergency response team decontaminated the victims of a radioactive leak.

(414) Actinoid elements are a series of radioactive elements in the periodic table.

(415) Transactinides are typically radioactive and emit various types of radiation.

(416) The radioactive isotope was detected in the soil near the nuclear waste site.

(417) The radioactive isotope was detected in the air following a nuclear accident.

(418) The radioactive leak gives off radiation that requires immediate containment.

(419) Proper disposal of radioactive waste can help reduce radiation contamination.

(420) The emissive nature of the radioactive substance made it dangerous to handle.

(421) The autoradiogram indicated the location of radioactive tracers in the brain.

(422) The uranium-lead method is based on the radioactive decay of uranium to lead.

(423) Uranophane is not commonly used in jewelry due to its radioactive properties.

(424) The researcher analyzed the irradiations emitted by the radioactive material.

(425) Californium is a radioactive element with the symbol Cf and atomic number 98.

(426) The radioactive properties of cleveite make it useful in scientific research.

(427) The curies of the radioactive source were used to irradiate the cancer cells.

(428) Thoria is a radioactive material that requires special handling and disposal.

(429) The use of uraninites in jewelry is rare due to their radioactive properties.

(430) The mining of pitchblende can be dangerous due to its radioactive properties.

(431) The safe disposal of radioactive waste is a priority for nuclear power plants.

(432) The radioactive dust was carefully contained to prevent further contamination.

(433) The cleanup process involved thorough decontamination of the radioactive dust.

(434) Thermonuclear reactions can release radioactive isotopes into the environment.

(435) The bomb's detonation released megatons of radioactive particles into the air.

(436) Scientists studied the effects of the radioactive isotope on living organisms.

(437) The radioactive material was safely transported to a designated disposal site.

(438) The process of radioactive decay can be accelerated through nuclear reactions.

(439) The radioactive material gives off radiation that can cause genetic mutations.

(440) The radioactive substance gives off radiation that can be shielded using lead.

(441) Technetium-99m is a radioactive isotope of technetium used in medical imaging.

(442) Protactinium is a radioactive element with the symbol Pa and atomic number 91.

(443) Radioactive dating is a method used to determine the age of rocks and fossils.

(444) The radioautograph revealed the presence of radioactive particles in the soil.

(445) The nobile gas radon is a radioactive gas that can be harmful to human health.

(446) The rate of decay in radioactive materials can be used to determine their age.

(447) The autoradiogram revealed the presence of radioactive isotopes in the sample.

(448) The autoradiogram indicated the location of radioactive particles in the soil.

(449) We must always irradiate after handling any materials that may be radioactive.

(450) The particles emitted by a radioactive substance can be dangerous if ingested.

(451) Radioactive waste poses a significant risk to human health and the environment.

(452) Radioactive waste can be generated from medical procedures involving radiation.

(453) The storage of radioactive waste must be secure to prevent unauthorized access.

(454) The radioactive dust particles were so small that they could easily be inhaled.

(455) The radioactive dust posed a significant threat to the surrounding environment.

(456) Detecting radiation levels accurately is vital in radioactive waste management.

(457) The workers wore protective suits to minimize exposure to radioactive material.

(458) The government introduced measures to prevent the dumping of radioactive waste.

(459) The radioactive fallout from the explosion gave off radiation for miles around.

(460) The radiations from the radioactive decay were measured using a Geiger counter.

(461) Lawrencium has no stable isotopes, meaning all of its isotopes are radioactive.

(462) The hospital uses a radioactive isotope to diagnose certain medical conditions.

(463) The antilogarithmic function is used in physics to calculate radioactive decay.

(464) Radioactive dating has revolutionized our understanding of the Earth's history.

(465) Radiochemistry is the study of the chemical properties of radioactive elements.

(466) The capsule was filled with a radioactive substance for a medical imaging test.

(467) The autoradiograph demonstrated the uptake of radioactive tracers in the cells.

(468) The radiologist measured the activity of the radioactive source in millicuries.

(469) The patient's radioactive iodine uptake test showed a result of 30 millicuries.

(470) The scintillometer can detect even the smallest traces of radioactive material.

(471) Fissions occur naturally in radioactive elements such as uranium and plutonium.

(472) Uraniums are highly radioactive elements that are used in nuclear power plants.

(473) The radiation detector is used to detect the presence of radioactive materials.

(474) The beta decay of a radioactive element results in the emission of an electron.

(475) Although actinides are radioactive, they have important uses in nuclear energy.

(476) Actinon has a relatively short half-life compared to other radioactive elements.

(477) Radioactive waste must be handled with extreme caution to prevent contamination.

(478) The management of radioactive waste requires ongoing monitoring and maintenance.

(479) The synthesis of einsteinium requires careful handling of radioactive materials.

(480) The radioactive decay of radioisotopes releases energy in the form of radiation.

(481) Detecting radiation is a necessary precaution in handling radioactive materials.

(482) Americium is commonly used in smoke detectors due to its radioactive properties.

(483) The radioactive isotope was harmful to human health if exposed for long periods.

(484) The nuclear power plant has strict protocols for handling radioactive materials.

(485) Radioactive decay is a natural process that occurs in all radioactive materials.

(486) The nuclide's radioactive decay can be influenced by external radiation sources.

(487) The radioactive source gives off radiation that can be used for medical imaging.

(488) Neptunium is a highly radioactive element and poses a significant health hazard.

(489) The radiations from the radioactive material were contained in a lead-lined box.

(490) The radiations emitted by the radioactive isotope were used in cancer treatment.

(491) Lawrencium is a highly radioactive element that is not found naturally on Earth.

(492) The scientist dosed the cells with a radioactive tracer to track their movement.

(493) The decay of a radioactive nuclide can be used to determine the age of a sample.

(494) Nuclear medicine uses radioactive materials to help diagnose and treat diseases.

(495) The alpha particle is a type of radiation emitted by some radioactive materials.

(496) Radioactive iodine therapy is another treatment option for anti-thyroid therapy.

(497) The lethals of the radioactive material can cause radiation sickness and cancer.

(498) The mass number of a radioactive isotope can be used to determine its half-life.

(499) The dosemeter must be worn at all times when working with radioactive materials.

(500) The nuclear engineer worked inside the glovebox to handle radioactive materials.

(501) We carried a geiger counter with us to ensure our safety in the radioactive zone.

(502) Radioactive waste can result from accidents or incidents at nuclear power plants.

(503) The cleanup efforts focused on removing the radioactive dust from affected areas.

(504) The time constant of a radioactive decay chain determines the overall decay rate.

(505) The radioactive isotope was used in nuclear power plants to generate electricity.

(506) Protons are responsible for the emission of alpha particles in radioactive decay.

(507) The becquerel is commonly used to measure the activity of radioactive substances.

(508) The becquerel is used in the analysis of radioactive waste and its safe disposal.

(509) Nuclear fusion reactions have the potential to produce minimal radioactive waste.

(510) The disposal of radioactive material must be done in accordance with regulations.

(511) Nuclear medicine is a branch of medical imaging that uses radioactive substances.

(512) The half-life of a radioactive substance determines its stability and decay rate.

(513) The amount of carbon-14 in a sample decreases over time due to radioactive decay.

(514) The exponential function is used to describe the decay of radioactive substances.

(515) The radiation pressure from the radioactive waste needs to be properly contained.

(516) The picoseconds were used to measure the decay rate of the radioactive substance.

(517) The Nuclear Regulatory Commission acts as the regulator of radioactive materials.

(518) The fallout shelter had a ventilation system to filter out radioactive particles.

(519) Radioactive materials give off radiation that can be harmful to living organisms.

(520) The radioactive spider bite gave the superhero the ability to give off radiation.

(521) The radioactive isotope gives off radiation that can be used in cancer treatment.

(522) Radioactive materials give off radiation that can be detected by Geiger counters.

(523) Radionuclide generators are used to produce radioactive isotopes for medical use.

(524) The arrangement of nucleons in an atomic nucleus can affect its radioactive decay.

(525) The cleanup crew wore protective suits to avoid contact with the radioactive dust.

(526) The cleanup crew used specialized equipment to safely handle the radioactive dust.

(527) Technetium is a silvery-gray metal that is radioactive and has no stable isotopes.

(528) The radioactive isotope was used in industrial applications for testing materials.

(529) The radioactive isotope was subject to strict regulations to ensure public safety.

(530) The detection equipment was used to identify the presence of radioactive material.

(531) The cleanup crew wore respirators to protect themselves from radioactive material.

(532) The rate of radioactive decay can be influenced by the presence of other elements.

(533) The radioactive isotope gives off radiation that can be used for cancer treatment.

(534) The radioactive material gives off radiation that can be harmful to unborn babies.

(535) The nuclear power plant discharges into a designated radioactive waste repository.

(536) The becquerel measurement helps determine the half-life of radioactive substances.

(537) It is crucial to convert out radiation from the radioactive waste before disposal.

(538) The scientist used a Geiger counter to sniff around near the radioactive material.

(539) Francium is the rarest naturally occurring alkali metal and is highly radioactive.

(540) The radioactive substance gives off radiation that can be used in medical imaging.

(541) The hazmat suits were essential to decontaminate out the radioactive waste safely.

(542) Radionuclide therapy is a type of cancer treatment that uses radioactive isotopes.

(543) In physics, we use exponentiation to calculate the decay of radioactive materials.

(544) Xe is produced by the decay of radioactive elements and can be extracted from air.

(545) The fissioning of atoms can also occur naturally in certain radioactive materials.

(546) Bituminization is a reliable technique for the immobilization of radioactive waste.

(547) Radioactive waste can be produced during the decommissioning of nuclear facilities.

(548) The safe disposal of radioactive waste is a responsibility of the nuclear industry.

(549) The bituminisation of radioactive waste is a common practice in nuclear facilities.

(550) Co-precipitation can be used to remove radioactive contaminants from water sources.

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