Neutron Capture in a sentence
(1) Thorium has a low neutron capture cross-section.
(2) Neutron capture can result in the emission of gamma rays.
(3) Neutron capture can lead to the transmutation of elements.
(4) Neutron capture can lead to the release of gamma radiation.
(5) Neutron capture is a fundamental process in nuclear physics.
(6) Neutron capture can occur in materials exposed to cosmic rays.
(7) Neutron capture cross-sections are typically measured in barns.
(8) Neutron capture can occur in both fission and fusion reactions.
(9) Neutron capture can alter the isotopic composition of a material.
(10) Neutron capture is a key step in the production of plutonium-239.
Neutron Capture sentence
(11) Neutron capture can occur in stars during stellar nucleosynthesis.
(12) Neutron capture can occur in both stable and radioactive isotopes.
(13) Neutron capture can lead to the formation of fissionable isotopes.
(14) Neutron capture can result in the creation of radioactive isotopes.
(15) Neutron capture can occur in materials exposed to a neutron source.
(16) Neutron capture can be a source of neutron activation in materials.
(17) Neutron capture can lead to the production of fissionable isotopes.
(18) Neutron capture is an important mechanism in nuclear power reactors.
(19) Neutron capture can be used to study the structure of atomic nuclei.
(20) Neutron capture can occur in materials used for radiation shielding.
Neutron Capture make sentence
(21) Neutron capture can result in the formation of radioactive isotopes.
(22) Neutron capture can lead to the production of neutron-rich isotopes.
(23) Neutron capture can occur in both stable and unstable atomic nuclei.
(24) Neutron capture can result in the formation of neutron-rich isotopes.
(25) Neutron capture can be used to measure the neutron flux in a reactor.
(26) Neutron capture can occur spontaneously or through induced reactions.
(27) Neutron capture can be used to study the properties of exotic nuclei.
(28) Neutron capture can occur in both natural and artificial environments.
(29) Neutron capture is a key process in the production of medical isotopes.
(30) Neutron capture can be a source of energy release in nuclear reactions.
Sentence of neutron capture
(31) The neutron capture process can release a significant amount of energy.
(32) Fast neutron capture can lead to the production of radioactive isotopes.
(33) Neutron capture can alter the stability and properties of atomic nuclei.
(34) Neutron capture is a phenomenon that occurs in various nuclear processes.
(35) Neutron capture can cause changes in the physical properties of materials.
(36) Neutron capture is a key process in the nucleosynthesis of heavy elements.
(37) Neutron capture is a process that occurs in the core of a nuclear reactor.
(38) Neutron capture reactions are important in understanding stellar evolution.
(39) The phenomenon of neutron capture plays a crucial role in nuclear reactors.
(40) Neutron capture can alter the stability and radioactive decay of a nucleus.
Neutron Capture meaningful sentence
(41) Neutron capture can result in the transmutation of one element into another.
(42) Neutron capture is responsible for the formation of heavy isotopes in stars.
(43) Neutron capture is a process that occurs in the outer layers of a supernova.
(44) The rate of neutron capture influences the neutron flux in a nuclear reactor.
(45) Neutron capture reactions are essential in the study of nuclear astrophysics.
(46) Neutron capture reactions are important in the study of nuclear astrophysics.
(47) The rate of neutron capture depends on the cross-section of the target nucleus.
(48) Neutron capture can be a limiting factor in the efficiency of nuclear reactors.
(49) Neutron capture can lead to the formation of isotopes with odd neutron numbers.
(50) Neutron capture can be a source of background radiation in certain environments.
Neutron Capture sentence examples
(51) Neutron capture is an important mechanism in the transmutation of nuclear waste.
(52) Neutron capture plays a crucial role in the formation of heavy elements in stars.
(53) Neutron capture can result in the production of isotopes with medical applications.
(54) The process of neutron capture occurs when a free neutron is absorbed by a nucleus.
(55) Neutron capture cross-sections vary depending on the energy of the incident neutron.
(56) The neutron capture reaction occurs when a neutron is absorbed by an atomic nucleus.
(57) Neutron capture cross-sections are measured experimentally using various techniques.
(58) Neutron capture can be used to study the behavior of neutrons in different materials.
(59) The energy released during neutron capture can be harnessed for various applications.
(60) The probability of neutron capture depends on the energy and velocity of the neutron.
Sentence with neutron capture
(61) Neutron capture reactions are often accompanied by the emission of secondary particles.
(62) Neutron capture reactions are important in understanding the behavior of neutron stars.
(63) The rate of neutron capture determines the abundance of certain isotopes in the universe.
(64) Neutron capture can result in the release of excess energy in the form of kinetic energy.
(65) Neutron capture is a nuclear reaction in which a neutron is absorbed by an atomic nucleus.
(66) Neutron capture can result in the transformation of an unstable nucleus into a stable one.
(67) Neutron capture reactions are utilized in neutron radiography for non-destructive testing.
(68) Neutron capture can lead to the formation of neutron-rich isotopes that undergo beta decay.
(69) Neutron capture reactions are utilized in neutron activation analysis for elemental analysis.
(70) Neutron capture can lead to the production of radioactive isotopes with medical applications.
Use neutron capture in a sentence
(71) Neutron capture cross-sections are influenced by the nuclear structure of the target nucleus.
(72) Neutron capture can be used to study the neutron capture cross-sections of different isotopes.
(73) The nonfissionable characteristics of certain isotopes make them suitable for neutron capture.
(74) The neutron capture cross-section determines the probability of a nucleus capturing a neutron.
(75) Neutron capture reactions are used in medical imaging techniques like neutron capture therapy.
(76) Neutron capture is a common mechanism for the production of radioisotopes in nuclear reactors.
(77) Neutron capture is a key process in the production of medical isotopes for diagnostic imaging.
(78) The process of neutron capture plays a crucial role in the formation of heavy elements in stars.
(79) Neutron capture reactions are used in the production of medical isotopes for diagnostic imaging.
(80) Neutron capture is used in neutron activation analysis to determine the composition of materials.
Sentence using neutron capture
(81) Neutron capture can be used to determine the age of certain materials through radiometric dating.
(82) Neutron capture is an essential step in the synthesis of heavy elements in stellar nucleosynthesis.
(83) Neutron capture is a key mechanism in the production of neutron-rich isotopes in nuclear reactions.
(84) Neutron capture is an important mechanism in nuclear reactors for controlling the neutron population.
(85) Neutron capture reactions are used in neutron radiography to image the internal structure of objects.
(86) Neutron capture cross-sections are used to measure the probability of neutron absorption by a nucleus.
(87) Neutron capture reactions are used in neutron activation analysis to determine the composition of materials.
(88) The study of neutron capture processes helps in understanding the behavior of matter under extreme conditions.
Neutron Capture meaning
Neutron capture is a term commonly used in the field of nuclear physics and chemistry. It refers to the process by which a neutron is absorbed by an atomic nucleus, resulting in the formation of a new isotope or the emission of radiation. To effectively use the phrase "neutron capture" in a sentence, it is important to understand its meaning and context. Here are some tips on how to incorporate this term into your writing:
1. Define the term: When introducing the phrase "neutron capture" in a sentence, it is helpful to provide a brief definition to ensure clarity.
For example, "Neutron capture, also known as neutron absorption, is the process in which a neutron is absorbed by an atomic nucleus."
2. Use it in scientific explanations: Neutron capture is a fundamental concept in nuclear reactions. When discussing nuclear processes, such as the formation of isotopes or the release of radiation, incorporating the term "neutron capture" can enhance the scientific accuracy of your writing. For instance, "The decay of uranium-235 occurs through a series of neutron capture reactions, leading to the formation of various isotopes."
3. Describe its significance: Highlight the importance of neutron capture in specific contexts.
For example, "Neutron capture plays a crucial role in the production of heavy elements in stellar nucleosynthesis, where high-energy neutrons are absorbed by atomic nuclei, leading to the synthesis of elements beyond iron."
4. Discuss applications: Neutron capture has practical applications in various fields, such as nuclear energy and medicine. When discussing these applications, incorporating the term "neutron capture" can provide a more precise description. For instance, "Boron neutron capture therapy (BNCT) is a promising cancer treatment that utilizes the high neutron capture cross-section of boron-10 to selectively destroy tumor cells."
5. Compare with other nuclear processes: To further clarify the concept of neutron capture, you can compare it with other related processes, such as nuclear fission or radioactive decay. This can help readers understand the distinct characteristics of neutron capture.
For example, "Unlike nuclear fission, which involves the splitting of an atomic nucleus, neutron capture involves the absorption of a neutron by a nucleus, resulting in the formation of a heavier isotope."
6. Use it in hypothetical scenarios: To demonstrate your understanding of the term, you can create hypothetical scenarios where neutron capture is relevant. This can help readers visualize the concept in action. For instance, "In a hypothetical nuclear reactor, the process of neutron capture would occur as neutrons are slowed down and absorbed by the fuel rods, leading to the sustained release of energy."
7. Provide historical context: If appropriate, you can discuss the historical significance of neutron capture, especially in the development of nuclear science.
For example, "The discovery of neutron capture by James Chadwick in 1932 was a groundbreaking achievement that paved the way for further research in nuclear physics." Remember, when using the phrase "neutron capture" in a sentence, it is essential to ensure that it is used accurately and in the appropriate scientific context. By following these tips, you can effectively incorporate this term into your writing and enhance your understanding of nuclear processes.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Neutron Capture. They do not represent the opinions of TranslateEN.com.