Ionizing in a sentence

(1) The sun emits ionizing radiation.

(2) The ionizing process can generate X-rays.

(3) The ionizing process can create ion pairs.

(4) Ionizing radiation can cause damage to DNA.

(5) Alpha-particles have a high ionizing power.

(6) Gamma rays are a form of ionizing radiation.

(7) Gamma rays are a type of ionizing radiation.

(8) The ionizing radiation can cause DNA damage.

(9) The ionizing process can create charged ions.

(10) The ionizing process can create free radicals.

Ionizing sentence

(11) Ionizing radiation can cause mutations in DNA.

(12) Gama radiation is a form of ionizing radiation.

(13) Ionizing radiation can damage cells and tissues.

(14) Becquerel rays are a type of ionizing radiation.

(15) The discharge plasma was created by ionizing gas.

(16) Alpha particles are a type of ionizing radiation.

(17) The ionizing process can create charged particles.

(18) Neutron radiation is a type of ionizing radiation.

(19) An alpha particle is a type of ionizing radiation.

(20) An alpha-particle is a type of ionizing radiation.

Ionizing make sentence

(21) The particle beam is a type of ionizing radiation.

(22) Ionizing energy is a fundamental property of atoms.

(23) Ionizing radiation can penetrate through materials.

(24) Ionizing radiation can be used in cancer treatment.

(25) The alpha particle is a type of ionizing radiation.

(26) Ionizing radiation can cause damage to living cells.

(27) Hertzian waves are a form of non-ionizing radiation.

(28) Ionizing radiation can be harmful to the environment.

(29) High ionizing energy is characteristic of noble gases.

(30) Ionizing energy plays a role in the formation of ions.

Sentence of ionizing

(31) Ionizing energy is used in the detection of radiation.

(32) The deadliest type of radiation is ionizing radiation.

(33) The effects of ionizing radiation can be long-lasting.

(34) The sun emits both ionizing and nonionizing radiation.

(35) Ionizing radiation can be harmful to the eyes and skin.

(36) Ionizing energy is related to the stability of an atom.

(37) Ionizing radiation is commonly used in medical imaging.

(38) Ionizing radiation can be shielded by lead or concrete.

(39) The use of ionizing radiation in industry is regulated.

(40) Ionizing radiation can alter the DNA structure of cells.

Ionizing meaningful sentence

(41) The ionizing process can generate high-energy particles.

(42) The ionizing process can ionize gases in the atmosphere.

(43) Ionizing energy is involved in the process of ionization.

(44) Radiations can be classified as ionizing or non-ionizing.

(45) Ionizing radiation can be emitted by nuclear power plants.

(46) Ionizing radiation can be used in industrial applications.

(47) Roentgens is a unit of measurement for ionizing radiation.

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

(49) The amount of ionizing radiation in the environment varies.

(50) The use of ionizing radiation in food processing is common.

Ionizing sentence examples

(51) The ionizing energy of an element determines its reactivity.

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

(53) The sievert is a unit of measurement for ionizing radiation.

(54) The ionizing energy of hydrogen is lower than that of helium.

(55) Ionizing radiation can be harmful to both humans and animals.

(56) The ionizing ability of an alpha particle is relatively high.

(57) Ionizing energy is involved in the process of photoionization.

(58) Ionizing radiation can be used to sterilize medical equipment.

(59) The effects of ionizing radiation can be cumulative over time.

(60) Exposure to ionizing radiation can lead to radiation sickness.

Sentence with ionizing

(61) Exposure to ionizing radiation can increase the risk of cancer.

(62) The ionizing energy of an atom can be determined experimentally.

(63) Ionizing energy is a key concept in the field of atomic physics.

(64) Gamma radiation is one of the three types of ionizing radiation.

(65) The effects of ionizing radiation on the body can be cumulative.

(66) Ionizing radiation can be measured using a Geiger-Muller counter.

(67) The spinthariscope is a device used to detect ionizing radiation.

(68) The effects of ionizing radiation can be harmful to human health.

(69) The effects of ionizing radiation on the body depend on the dose.

(70) Ionizing radiation is commonly used in medical imaging procedures.

Use ionizing in a sentence

(71) Ionizing radiation can cause damage to the central nervous system.

(72) The fissioning of atoms can release a burst of ionizing radiation.

(73) Alpha-particles have a high ionizing power due to their large mass.

(74) The effects of ionizing radiation can be detected using dosimeters.

(75) The ionizing energy of an element can be determined experimentally.

(76) Ionizing radiation can be harmful to unborn babies during pregnancy.

(77) Ionizing radiation can be measured in units such as sieverts or rem.

(78) The radiolytic effect of ionizing radiation can cause damage to DNA.

(79) The use of ionizing radiation in food preservation is controversial.

(80) The ionizing energy of an atom is influenced by its atomic structure.

Sentence using ionizing

(81) Ionizing energy is higher for atoms with a greater number of protons.

(82) The effects of ionizing radiation can be harmful to living organisms.

(83) The ionizing process can alter the chemical properties of substances.

(84) The scientists were able to generate plasma by ionizing a gas sample.

(85) The physical unit of absorbed dose of ionizing radiation is the gray.

(86) The ionizing energy of an atom depends on its electron configuration.

(87) The ionizing energy of an atom can be influenced by its surroundings.

(88) The ionizing energy of an atom can be used to predict its reactivity.

(89) The irradiators emit ionizing radiation to kill bacteria and viruses.

(90) The energy of an ionizing particle can be measured in electron volts.

Ionizing example sentence

(91) The harmful effects of ionizing radiation can be cumulative over time.

(92) The process of ionizing involves the removal or addition of electrons.

(93) The use of ionizing radiation in cancer treatment is well-established.

(94) Ionizing radiation is used in the treatment of certain types of cancer.

(95) The cathodes in the ionization chamber measured the ionizing radiation.

(96) The roentgen unit is used to measure the ionizing radiation in the air.

(97) Increasing the atomic number generally leads to higher ionizing energy.

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

(99) Ionizing radiation can be produced by high-energy particle accelerators.

(100) Ionizing energy plays a crucial role in the formation of ions in plasma.

Sentence with word ionizing

(101) The crookes tube was used to study the properties of ionizing radiation.

(102) Protective measures should be taken when working with ionizing radiation.

(103) Ionizing radiation can be shielded by materials such as lead or concrete.

(104) The ionizing energy of an atom can be calculated using quantum mechanics.

(105) Ionizing radiation can cause both short-term and long-term health effects.

(106) Ionizing energy is the energy required to remove an electron from an atom.

(107) Exposure to ionizing radiation should be minimized to reduce health risks.

(108) The physical unit of equivalent dose of ionizing radiation is the sievert.

(109) The physical unit of dose equivalent of ionizing radiation is the sievert.

(110) The effects of ionizing radiation can vary depending on the type and dose.

Sentence of ionizing

(111) The effects of ionizing radiation on the body can be immediate or delayed.

(112) Ionizing radiation can be used to sterilize medical equipment and supplies.

(113) The effects of ionizing radiation on the human body are still being studied.

(114) Ionizing radiation can be detected and measured using specialized equipment.

(115) The intensity of ionizing radiation decreases with distance from the source.

(116) Ionizing radiation can cause mutations in the genetic material of organisms.

(117) Ionizing energy is an important concept in understanding chemical reactions.

(118) The radiation detector can detect by measuring levels of ionizing radiation.

(119) The ionizing energy of an atom can be affected by the presence of a solvent.

(120) The effects of ionizing radiation can be mitigated through proper shielding.

Ionizing used in a sentence

(121) Ionizing radiation, which is emitted by the sun, can cause mutations in DNA.

(122) Ionizing radiation can penetrate through materials such as clothing and skin.

(123) The ionizing energy of an atom can be affected by the presence of impurities.

(124) The dosimeter is designed to detect both ionizing and non-ionizing radiation.

(125) The ionizing energy of an atom can be affected by the presence of a catalyst.

(126) The ionizing radiation emitted by the sun can be harmful to living organisms.

(127) Ionizing radiation can penetrate through materials such as lead and concrete.

(128) The effects of ionizing radiation on the environment are still being studied.

(129) The laboratory incubators were sterilized in lieu of using ionizing radiation.

(130) The ionizing energy of an atom can be used to determine its electron affinity.

Ionizing sentence in English

(131) The use of ionizing radiation in industry is regulated by government agencies.

(132) The ionizing energy of an atom can be influenced by the presence of a catalyst.

(133) The ionizing energy of an atom can be influenced by the presence of impurities.

(134) Ionizing radiation can be used to determine the age of archaeological artifacts.

(135) The ionizing energy of an atom can be influenced by the presence of other atoms.

(136) The use of ionizing radiation in research is subject to strict safety protocols.

(137) The radiation detector can detect by sensing the presence of ionizing radiation.

(138) The ionization chamber measures the number of ionizing particles in a given area.

(139) The radiosensitive substance was known for its sensitivity to ionizing radiation.

(140) The ionization chamber is a device used to measure the ionizing radiation levels.

(141) The ionizing energy of an atom can be influenced by the presence of nearby atoms.

(142) The ionizing energy of an atom can be used to determine its ionization potential.

(143) The base-unit of measurement for absorbed dose of ionizing radiation is the gray.

(144) The discharge electrode is responsible for ionizing the gas in the plasma cutter.

(145) The ionizing energy of an atom can be influenced by the size of its atomic radius.

(146) The ionizing energy of noble gases is generally higher than that of alkali metals.

(147) The effects of ionizing radiation exposure can vary depending on the dose received.

(148) Ionizing energy is an important concept in understanding the behavior of electrons.

(149) The ionizing energy of an atom can be affected by the presence of a magnetic field.

(150) Electroscopes can be used to detect and measure the presence of ionizing radiation.

(151) The ionizing energy of an atom can be affected by the pressure of its surroundings.

(152) Ionizing energy is an important consideration in the design of radiation detectors.

(153) Radiobiology is the study of the effects of ionizing radiation on living organisms.

(154) The alpha-particle is a type of ionizing radiation that can cause mutations in DNA.

(155) The students were able to generate plasma by ionizing a gas with an electric field.

(156) The ionizing energy of an atom can be influenced by the presence of magnetic fields.

(157) The scintillation counter is a device used to detect and measure ionizing radiation.

(158) Electret ion chambers are used in radiation detectors to measure ionizing radiation.

(159) The research team had to take precautions when irradiating under ionizing radiation.

(160) Abasic sites can be induced by exposure to ionizing radiation and ultraviolet light.

(161) Ionizing radiation is a form of energy that can be released during nuclear reactions.

(162) The ionizing energy of an atom can be calculated using quantum mechanical principles.

(163) The use of ionizing radiation in medicine has revolutionized diagnosis and treatment.

(164) The mass spectrum is obtained by ionizing the sample and measuring the resulting ions.

(165) Ionizing radiation can damage electronic components and disrupt communication systems.

(166) The food industry uses ionizing radiation to irradiate certain foods for preservation.

(167) The ionizing energy of an atom can be influenced by the strength of the electric field.

(168) The ionizing energy of an atom depends on its atomic number and electron configuration.

(169) Beta radiation is a type of ionizing radiation that can be harmful to living organisms.

(170) The ionizing energy of an atom decreases as you move down a group in the periodic table.

(171) The ionizing energy of an atom can be influenced by the temperature of its surroundings.

(172) Increasing the ionizing energy of an atom makes it more difficult to remove an electron.

(173) Ionizing energy is responsible for the harmful effects of radiation on living organisms.

(174) The ionizing energy of an atom can be used to explain the phenomenon of photoionization.

(175) Nonionizing radiation is generally considered to be less harmful than ionizing radiation.

(176) The ionizing energy of an atom can be influenced by the presence of a high-energy photon.

(177) The ionizing energy of an atom can be affected by the presence of a high-energy particle.

(178) Ionizing energy is an important factor in chemical reactions involving electron transfer.

(179) The sun emits ionizing radiation, but the Earth's atmosphere protects us from most of it.

(180) Although ionizing radiation is invisible, it can be detected using specialized equipment.

(181) The ionization chamber is a type of gas-filled detector that measures ionizing radiation.

(182) The use of ionizing radiation in industrial applications requires strict safety protocols.

(183) The ionizing energy of an atom can be influenced by the presence of a strong acid or base.

(184) The ionizing energy of an atom can be affected by the shielding effect of inner electrons.

(185) The ionizing energy of an atom can be affected by the presence of lone pairs of electrons.

(186) The ionizing energy of an atom can be affected by the presence of a strong electric field.

(187) The ionizing energy of an element can be determined by its position on the periodic table.

(188) Nebulium is often found in regions of the universe with high levels of ionizing radiation.

(189) The spinthariscope works by detecting the flashes of light produced by ionizing radiation.

(190) The effects of ionizing radiation, such as cancer and genetic damage, are well-documented.

(191) Ionizing radiation can cause mutations in DNA, which may lead to cancer if left untreated.

(192) The ionizing energy of an atom increases as you move across a period in the periodic table.

(193) The ionizing energy of an atom can be affected by the presence of other atoms or molecules.

(194) The ionizing energy of an atom can be influenced by the presence of a high-energy particle.

(195) The ionizing energy of an atom can be used to predict its reactivity in chemical reactions.

(196) The ionizing energy of an atom can be affected by the presence of impurities in a material.

(197) Ionizing energy is a fundamental property of atoms that determines their chemical behavior.

(198) Radiolytic reactions can occur in the presence of both ionizing and non-ionizing radiation.

(199) The experiment required us to create plasma by ionizing a gas with a strong electric field.

(200) Ionizing energy is an important factor in determining the chemical properties of an element.

(201) The cloud chamber is equipped with a source of ionizing radiation to create particle tracks.

(202) Ionizing energy is the minimum amount of energy required to remove an electron from an atom.

(203) The ionizing energy of an atom can be affected by the presence of multiple valence electrons.

(204) The ionizing energy of an atom can be influenced by the electronegativity of neighboring atoms.

(205) The ionization chamber is a device used to measure the amount of ionizing radiation in an area.

(206) The effects of ionizing radiation can be mitigated through proper shielding and safety measures.

(207) Bremsstrahlung radiation is a form of ionizing radiation that can cause damage to living tissue.

(208) Ionizing radiation can cause damage to cells and tissues, leading to a range of health problems.

(209) The effects of ionizing radiation on the human body depend on the dose and duration of exposure.

(210) The ionizing energy of noble gases is generally high due to their stable electron configurations.

(211) Ionizing radiation can be harmful to living organisms, but it is also used in medical treatments.

(212) The roentgen is a unit of measurement that quantifies the amount of ionizing radiation in the air.

(213) The ionizing radiation can irradiate underneath the surface of the tissue to destroy cancer cells.

(214) The cloud chamber allows us to observe the formation of tiny droplets caused by ionizing radiation.

(215) Ionizing radiation can cause changes in the chemistry of the atmosphere, leading to climate change.

(216) The ionizing energy of an atom can be influenced by the strength of its nucleus-electron attraction.

(217) The ionizing energy of an atom can be affected by external factors such as temperature and pressure.

(218) The ionization chamber is a device used to measure the amount of ionizing radiation in a given area.

(219) The risks associated with ionizing radiation exposure are carefully monitored in nuclear power plants.

(220) Ionizing radiation can be produced by nuclear reactions, and it is often used in nuclear power plants.

(221) The use of ionizing radiation in cancer treatment can be effective, but it can also have side effects.

(222) Ionizing energy is used in various applications such as radiation therapy and nuclear power generation.

(223) Despite the risks associated with ionizing radiation, it is still used in many industrial applications.

(224) The ionizing energy of an atom can be influenced by the strength of the electric field it is exposed to.

(225) Photoemissive detectors are used in nuclear physics experiments to detect and measure ionizing radiation.

(226) Ionizing energy is an important concept in understanding the behavior of atoms in the Earth's atmosphere.

(227) The ionizing energy of an atom can be influenced by the presence of electron shielding from inner shells.

(228) The risks of ionizing radiation exposure can be minimized through proper safety measures and regulations.

(229) Ionizing radiation can cause damage to living cells, which can lead to tissue and organ damage over time.

(230) Radiation syndrome is a serious medical condition caused by exposure to high levels of ionizing radiation.

(231) The use of ionizing radiation in medical imaging, such as X-rays, has revolutionized the field of medicine.

(232) The effects of ionizing radiation on the environment are a growing concern for scientists and policymakers.

(233) Although alpha particles are highly ionizing, they have a short range in air and cannot penetrate the skin.

(234) Ionization chambers are commonly used in radiation detection to measure the intensity of ionizing radiation.

(235) The sun emits ionizing radiation, so it is important to wear sunscreen and protective clothing when outside.

(236) Although ionizing radiation can be harmful, it is also used in medical treatments such as radiation therapy.

(237) The effects of ionizing radiation on living organisms can vary depending on the dose and duration of exposure.

(238) Ionizing radiation can penetrate through materials such as metal and concrete, making it difficult to contain.

(239) While ionizing radiation can be dangerous, it can also be used to sterilize medical equipment and food products.

(240) Nuclear power plants use ionizing radiation to generate electricity, but they also pose a risk of radiation leaks.

(241) The ionizing energy of an atom can be affected by the presence of electron-donating or electron-withdrawing groups.

(242) Although ionizing radiation is used in medical imaging, it can also be harmful to the body if exposure is too high.

(243) Ionizing radiation can penetrate through materials such as metal and concrete, so it is difficult to shield against.

(244) The roentgen is used in radiation safety programs to monitor and control occupational exposure to ionizing radiation.

(245) The ionizing energy of an atom can be influenced by the presence of electron-donating or electron-withdrawing groups.

(246) Ionizing energy is a key concept in understanding the behavior of atoms in the presence of electromagnetic radiation.

(247) Ionizing radiation can penetrate deep into tissues, making it useful for treating tumors that are difficult to reach.

(248) The ionizing energy of an atom can be affected by the presence of neighboring atoms with different electronegativities.

(249) The use of ionizing radiation in nuclear power plants has led to concerns about safety and the potential for accidents.

(250) Ionizing radiation can cause changes in the structure of molecules, which can affect their function and lead to disease.

(251) Although alpha particles are highly ionizing, they can be stopped by a sheet of paper due to their low penetrating power.

(252) Exposure to ionizing radiation can cause acute radiation sickness, but it can also be used to treat certain types of cancer.

(253) Ionizing radiation can cause damage to cells and tissues, but it can also be used to preserve food and extend its shelf life.

(254) The use of ionizing radiation in food processing has been controversial, with some experts raising concerns about its safety.

(255) Radiowaves are a form of non-ionizing radiation, which means they do not have enough energy to cause harm to living organisms.

(256) The effects of ionizing radiation on the human body depend on the dose and duration of exposure, as well as the type of radiation.

(257) Although ionizing radiation can be harmful, it is also used in many beneficial applications such as sterilization and preservation.

(258) The use of ionizing radiation in cancer treatment can cause side effects such as fatigue and nausea, but it can also be life-saving.

(259) The effects of ionizing radiation on the human body are complex and can vary depending on factors such as age, gender, and overall health.

(260) The roentgen is a unit of exposure to ionizing radiation and is used to assess the potential health risks associated with radiation exposure.

(261) Although ionizing radiation can be dangerous, it is also a natural part of the environment and has been present on Earth since its formation.

(262) The use of ionizing radiation in medical imaging has revolutionized the diagnosis and treatment of many diseases, but it also carries some risks.

(263) The use of ionizing radiation in industry and research can lead to technological advancements, but it also requires careful management to prevent accidents and minimize risks.

(264) Although eukaryotes are generally more resistant to radiation than prokaryotes, some species have developed specialized mechanisms for repairing DNA damage caused by ionizing radiation.

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