Becquerel in a sentence
(1) Becquerel rays can cause cancer.
(2) Henri Becquerel was a renowned physicist.
(3) Becquerel rays have a short range in air.
(4) Becquerel rays can cause mutations in DNA.
(5) Becquerel rays are a type of radioactivity.
(6) Becquerel rays are emitted by radionuclides.
(7) Becquerel rays are harmful to the human body.
(8) The becquerel is named after Henri Becquerel.
(9) The becquerel reading exceeded the safe limit.
(10) Becquerel rays are a type of ionizing radiation.
Becquerel sentence
(11) Becquerel rays are also known as beta particles.
(12) Becquerel rays are used in nuclear power plants.
(13) The becquerel count indicated a radioactive leak.
(14) Becquerel rays can cause damage to living tissue.
(15) The metric unit of radioactivity is the becquerel.
(16) Becquerel rays are measured in units of becquerels.
(17) The physical unit of radioactivity is the becquerel.
(18) The becquerel is a unit used to measure radioactivity.
(19) The becquerel count in the soil sample was concerning.
(20) Becquerel rays can be detected using a Geiger counter.
Becquerel make sentence
(21) The becquerel unit is commonly used in nuclear physics.
(22) Becquerel rays are a form of electromagnetic radiation.
(23) The becquerel count indicated a potential health hazard.
(24) The becquerel unit is used to quantify radioactive decay.
(25) The becquerel is a unit of measurement for radioactivity.
(26) The becquerel count indicated a radioactive contamination.
(27) Becquerel rays were discovered by Henri Becquerel in 1896.
(28) Becquerel rays can be used to sterilize medical equipment.
(29) Becquerel is a unit of measurement used in nuclear physics.
(30) The becquerel measurement helped assess the radiation risk.
Sentence of becquerel
(31) The becquerel count indicated a potential radiation hazard.
(32) The becquerel count in the water sample was extremely high.
(33) The becquerel measurement is essential in nuclear medicine.
(34) The becquerel is the unit of measurement for radioactivity.
(35) One becquerel is equal to one radioactive decay per second.
(36) The radiation detector detected a spike in becquerel levels.
(37) Becquerel rays are emitted by certain radioactive materials.
(38) The discovery of radioactivity is credited to Henri Becquerel.
(39) The becquerel measurement is commonly used in nuclear physics.
(40) The becquerel reading indicated a leak in the nuclear reactor.
Becquerel meaningful sentence
(41) The becquerel level in the laboratory was regularly monitored.
(42) The activity meter is certified down to the nearest becquerel.
(43) The radiation detector measured the becquerel level accurately.
(44) The becquerel measurement helped assess the radiation exposure.
(45) The becquerel reading exceeded the permissible radiation limit.
(46) The becquerel is the physical unit for measuring radioactivity.
(47) The becquerel level in the air was within the acceptable range.
(48) Henri Becquerel's work earned him numerous accolades and awards.
(49) Henri Becquerel's experiments involved the use of uranium salts.
(50) The becquerel level in the patient's body was monitored closely.
Becquerel sentence examples
(51) Becquerel rays are used in medical imaging and cancer treatment.
(52) The base-unit of measurement for radioactivity is the becquerel.
(53) One becquerel is equal to one radioactive decay event per second.
(54) The physical unit of activity of a radionuclide is the becquerel.
(55) The becquerel count indicated a significant radioactive presence.
(56) The becquerel measurement helped identify the radioactive source.
(57) Becquerel rays are named after their discoverer, Henri Becquerel.
(58) The becquerel measurement helped determine the radioactive source.
(59) The becquerel is used to assess the safety of nuclear power plants.
(60) The becquerel measurement helped assess the radioactive decay rate.
Sentence with becquerel
(61) The becquerel unit allows for precise measurement of radioactivity.
(62) Becquerel rays can be shielded by materials like lead and concrete.
(63) The becquerel is a crucial unit of measurement in nuclear medicine.
(64) The becquerel is used to measure the radioactivity of air and soil.
(65) The legacy of Henri Becquerel continues to inspire scientists today.
(66) The becquerel count in the air sample was below the detection limit.
(67) The becquerel is used to measure the radioactivity of nuclear waste.
(68) The becquerel is often used in medical imaging and radiation therapy.
(69) The becquerel is used to measure the radioactivity of food and water.
(70) The becquerel reading confirmed the presence of radioactive isotopes.
Use becquerel in a sentence
(71) Henri Becquerel's work earned him the Nobel Prize in Physics in 1903.
(72) The becquerel reading showed a significant increase in radioactivity.
(73) The becquerel level in the building was deemed unsafe for occupation.
(74) The becquerel measurement is crucial in assessing radiation exposure.
(75) The contributions of Henri Becquerel to science are widely recognized.
(76) Henri Becquerel's discoveries challenged existing scientific theories.
(77) Henri Becquerel's contributions to science are still celebrated today.
(78) Henri Becquerel's research revolutionized the field of nuclear physics.
(79) The name Henri Becquerel is synonymous with the study of radioactivity.
(80) Henri Becquerel's findings sparked a new era of scientific exploration.
Sentence using becquerel
(81) The becquerel measurement indicated a dangerous level of radioactivity.
(82) The becquerel unit is used to quantify the amount of radioactive decay.
(83) Becquerel rays can penetrate through materials like paper and clothing.
(84) The becquerel is used in the measurement of background radiation levels.
(85) Henri Becquerel's work on radioactivity sparked a scientific revolution.
(86) Henri Becquerel's work laid the foundation for modern nuclear technology.
(87) The becquerel is used to measure the radioactivity of building materials.
(88) The becquerel is named after the French physicist Antoine Henri Becquerel.
(89) The becquerel is a unit that plays a crucial role in radiation protection.
(90) The becquerel reading confirmed the presence of radioactive contamination.
Becquerel example sentence
(91) The becquerel unit is commonly used in environmental radiation monitoring.
(92) Becquerel's research on radioactivity earned him a Nobel Prize in Physics.
(93) The becquerel is used in the calibration of radiation monitoring equipment.
(94) Becquerel's discovery of radioactivity revolutionized the field of physics.
(95) The becquerel is used in the study of nuclear reactions and decay processes.
(96) Henri Becquerel's experiments led to the discovery of natural radioactivity.
(97) The becquerel reading was off the charts, indicating a severe contamination.
(98) Becquerel's research was groundbreaking, but it was not without controversy.
(99) The international standard for measuring electric radioactivity is Becquerel.
(100) Henri Becquerel made significant contributions to the field of radioactivity.
Sentence with word becquerel
(101) The becquerel count in the water supply was found to be safe for consumption.
(102) The becquerel reading indicated a contamination in the food processing plant.
(103) Becquerel's work on radioactivity led to the development of nuclear reactors.
(104) The becquerel count in the medical equipment was within the acceptable limits.
(105) Henri Becquerel's discoveries led to the development of radiography techniques.
(106) The becquerel unit is named after the French physicist Antoine Henri Becquerel.
(107) The becquerel is a crucial unit of measurement in the field of nuclear physics.
(108) The discovery of Becquerel's radiation led to the development of nuclear power.
(109) The becquerel is an important tool in monitoring environmental radiation levels.
(110) The experiments performed by Henri Becquerel were groundbreaking for their time.
Sentence of becquerel
(111) Henri Becquerel's research paved the way for further studies on nuclear physics.
(112) The becquerel is used to measure the amount of radiation emitted by a substance.
(113) Becquerel's research on radioactivity led to the development of nuclear weapons.
(114) Becquerel's work on radioactivity earned him the Nobel Prize in Physics in 1903.
(115) The becquerel is commonly used to measure the activity of radioactive substances.
(116) The becquerel is used in the manufacturing of radiation detectors and dosimeters.
(117) The becquerel is used in the analysis of radioactive waste and its safe disposal.
(118) Henri Becquerel's experiments with uranium led to the discovery of radioactivity.
(119) The work of Henri Becquerel revolutionized the understanding of atomic radiation.
(120) The work of Henri Becquerel laid the foundation for the field of nuclear physics.
Becquerel used in a sentence
(121) Henri Becquerel's experiments demonstrated the spontaneous emission of radiation.
(122) The becquerel level in the patient's blood was used to assess radiation exposure.
(123) The becquerel is an internationally recognized unit for quantifying radioactivity.
(124) The becquerel is used in the measurement of radiation levels in space exploration.
(125) The research conducted by Henri Becquerel led to the development of nuclear power.
(126) The experiments performed by Henri Becquerel led to the discovery of new elements.
(127) The physical unit of radioactivity concentration is the becquerel per cubic meter.
(128) Henri Becquerel's findings had a profound impact on the field of nuclear medicine.
(129) Henri Becquerel's findings laid the foundation for the field of nuclear chemistry.
(130) The becquerel measurement helps determine the half-life of radioactive substances.
Becquerel sentence in English
(131) The becquerel is a unit that helps determine the half-life of radioactive isotopes.
(132) The becquerel is used in the development of new radiation therapies and treatments.
(133) Henri Becquerel's discoveries paved the way for the development of nuclear weapons.
(134) The discoveries made by Henri Becquerel revolutionized the field of nuclear energy.
(135) Henri Becquerel's discoveries revolutionized the understanding of atomic structure.
(136) Henri Becquerel's findings challenged the prevailing scientific beliefs of his time.
(137) Henri Becquerel's findings opened up new avenues for the study of nuclear reactions.
(138) Henri Becquerel's research on radioactivity laid the groundwork for the atomic bomb.
(139) Henri Becquerel's work on radioactivity provided insights into the nature of energy.
(140) Henri Becquerel's work on radioactivity advanced the understanding of nuclear decay.
(141) Becquerel's discovery of radioactivity led to the development of radiocarbon dating.
(142) Henri Becquerel's experiments paved the way for further advancements in atomic theory.
(143) Henri Becquerel's experiments revealed the potential dangers of exposure to radiation.
(144) Becquerel's work on radioactivity helped scientists understand the structure of atoms.
(145) Becquerel's experiments were meticulous, and his attention to detail was unparalleled.
(146) Henri Becquerel's experiments demonstrated the inherent energy within atomic particles.
(147) Henri Becquerel's work inspired future scientists to explore the mysteries of the atom.
(148) Henri Becquerel's research on radioactivity had far-reaching implications for medicine.
(149) Henri Becquerel's research on radioactivity challenged the traditional views of matter.
(150) The becquerel is used in the assessment of radiation exposure during medical procedures.
(151) Henri Becquerel's experiments laid the foundation for the development of nuclear energy.
(152) Becquerel's research on radioactivity paved the way for advancements in medical imaging.
(153) Although Becquerel's work was groundbreaking, it was not immediately recognized as such.
(154) The becquerel is a versatile unit that can be used to measure various types of radiation.
(155) Henri Becquerel's experiments provided evidence for the existence of subatomic particles.
(156) Henri Becquerel's experiments demonstrated the concept of half-life in radioactive decay.
(157) The becquerel unit is an internationally recognized standard for measuring radioactivity.
(158) Many scientists were skeptical of Becquerel's findings, yet he persisted in his research.
(159) Becquerel's research was not always well-received, but he remained committed to his work.
(160) The becquerel is used to quantify the amount of radiation emitted by a radioactive source.
(161) Henri Becquerel's findings had a profound impact on the understanding of atomic structure.
(162) Henri Becquerel's experiments demonstrated the transformation of one element into another.
(163) Becquerel's experiments with uranium ultimately led to the development of the atomic bomb.
(164) Henri Becquerel's discoveries opened up new possibilities in the field of nuclear medicine.
(165) Henri Becquerel's work on radioactivity led to the discovery of other radioactive elements.
(166) Despite the dangers associated with radiation, Becquerel continued to study its properties.
(167) The becquerel is named after Antoine Becquerel, the physicist who discovered radioactivity.
(168) The becquerel is a key unit of measurement in the field of radiation protection and safety.
(169) The becquerel is an essential unit for ensuring the safety of workers in nuclear facilities.
(170) Marie Curie continued Becquerel's work, and she became the first woman to win a Nobel Prize.
(171) Henri Becquerel's experiments provided crucial evidence for the existence of nuclear fission.
(172) Henri Becquerel's research on radioactivity led to the creation of the Geiger-Muller counter.
(173) Becquerel's research on radioactivity led to the development of radiation therapy for cancer.
(174) The becquerel is used in research laboratories to study the behavior of radioactive materials.
(175) Henri Becquerel's findings inspired the development of radiation therapy for cancer treatment.
(176) Becquerel's experiments revealed that uranium emitted rays that could penetrate solid objects.
(177) Becquerel's discovery of radioactivity challenged long-held beliefs about the nature of matter.
(178) Despite the risks involved, Becquerel continued to push the boundaries of scientific knowledge.
(179) The becquerel is a unit that allows for the comparison of radiation levels in different regions.
(180) Although Becquerel discovered radioactivity, it was Marie Curie who furthered its understanding.
(181) Becquerel's discovery of radioactivity paved the way for many important scientific advancements.
(182) The becquerel is a measure of the activity of a radioactive source, not its intensity or energy.
(183) The research conducted by Henri Becquerel had far-reaching implications for the field of physics.
(184) Becquerel discovered radioactivity, and his findings revolutionized the field of nuclear physics.
(185) The becquerel is used in radiation protection to measure the amount of radiation in a given area.
(186) The becquerel is a measure of the rate of radioactive decay, not the amount of radiation emitted.
(187) The becquerel is often used in the field of radiology to evaluate the effectiveness of treatments.
(188) The becquerel is an important unit for understanding the effects of radiation on living organisms.
(189) Becquerel's research was not without risk, as he exposed himself to dangerous levels of radiation.
(190) Henri Becquerel's findings continue to shape our understanding of the fundamental nature of matter.
(191) Henri Becquerel's research on radioactivity contributed to the development of nuclear power plants.
(192) Becquerel's experiments with radiation led to the development of new medical treatments for cancer.
(193) The becquerel is a useful tool for monitoring radiation exposure in workers and the general public.
(194) The becquerel is a unit that allows scientists to compare the radioactivity of different substances.
(195) The experiments conducted by Henri Becquerel laid the groundwork for the field of nuclear chemistry.
(196) The experiments conducted by Henri Becquerel were instrumental in the development of the atomic bomb.
(197) The becquerel is also used in medical imaging to measure the amount of radiation emitted by a patient.
(198) The becquerel is used in the manufacturing of radioactive isotopes for medical and industrial applications.
(199) The becquerel is used in environmental monitoring to measure the amount of radiation in air, water, and soil.
(200) The becquerel is used in nuclear medicine to measure the amount of radiation emitted by a radioactive tracer.
(201) Henri Becquerel's research led to the establishment of new safety protocols in handling radioactive materials.
(202) The becquerel is used in the nuclear power industry to measure the amount of radiation emitted by nuclear fuel.
(203) The becquerel is a unit that helps scientists understand the potential health risks associated with radiation exposure.
(204) The becquerel is a versatile unit of measurement that is used in a wide range of scientific and industrial applications.
(205) The becquerel is used in research to study the properties of radioactive materials and their effects on living organisms.
(206) The becquerel is a small unit of measurement, so large amounts of radioactivity are often measured in kilobecquerels or megabecquerels.
(207) The becquerel is an important tool for understanding the behavior of radioactive materials and their impact on the environment and human health.
Becquerel meaning
Becquerel is a term that is commonly used in the field of physics and radiation. It is named after Antoine Henri Becquerel, a French physicist who discovered radioactivity in 189
6. The term is used to measure the amount of radioactivity in a substance. If you are looking to use the word Becquerel in a sentence, there are a few tips that you should keep in mind.
1. Understand the meaning of the word Before you can use the word Becquerel in a sentence, it is important to understand its meaning. Becquerel is a unit of measurement used to quantify the amount of radioactivity in a substance. It is named after Antoine Henri Becquerel, who discovered radioactivity in 189
6. The unit is abbreviated as Bq.
2. Use the word in context When using the word Becquerel in a sentence, it is important to use it in the right context.
For example, you could say "The sample contained 100 Becquerels of radioactivity." This sentence uses the word in the context of measuring the amount of radioactivity in a substance.
3. Use the correct form of the word Becquerel is a noun, so it is important to use it in its correct form.
For example, you could say "The Becquerel is a unit of measurement used to quantify radioactivity." This sentence uses the word as a noun.
4. Use the word in scientific writing Becquerel is a term that is commonly used in scientific writing, particularly in the field of physics and radiation. If you are writing a scientific paper or report, it is important to use the word correctly and in the right context.
5. Use the word in everyday conversation While Becquerel is a term that is commonly used in scientific writing, it is not often used in everyday conversation. However, if you are discussing radiation or radioactivity with someone, you could use the word to explain the amount of radioactivity in a substance.
In conclusion, Becquerel is a term that is commonly used in the field of physics and radiation. When using the word in a sentence, it is important to understand its meaning, use it in context, use the correct form of the word, use it in scientific writing, and use it in everyday conversation when appropriate. By following these tips, you can use the word Becquerel correctly and effectively in your writing and conversations.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Becquerel. They do not represent the opinions of TranslateEN.com.