Nuclear Physics in a sentence

(1) Radionuclide is a term used in nuclear physics.

(2) Antineutrinos are important in nuclear physics.

(3) Americiums are used in the study of nuclear physics.

(4) Mesons are important in the study of nuclear physics.

(5) The betatron is an important tool in nuclear physics.

(6) The study of radioactivity is called nuclear physics.

(7) The atomic nucleus is the subject of nuclear physics.

(8) The unit of energy used in nuclear physics is the MeV.

(9) The bevatron was used in the study of nuclear physics.

(10) The becquerel unit is commonly used in nuclear physics.

Nuclear Physics sentence

(11) Beta decay is a fundamental process in nuclear physics.

(12) The study of half-lives is essential in nuclear physics.

(13) The nuclear physics course is challenging but rewarding.

(14) The deuteron is often used in nuclear physics experiments.

(15) Transmutation is a fundamental concept in nuclear physics.

(16) Becquerel is a unit of measurement used in nuclear physics.

(17) Deuterons are commonly used in nuclear physics experiments.

(18) The nuclear physics course was challenging but interesting.

(19) The nuclear physics course was challenging but fascinating.

(20) The principles of atomic theory are used in nuclear physics.

Nuclear Physics make sentence

(21) The atomic nucleus is the focus of nuclear physics research.

(22) Curie's work laid the foundation for modern nuclear physics.

(23) Isospin symmetry is an important concept in nuclear physics.

(24) Neutron capture is a fundamental process in nuclear physics.

(25) The concept of half-life is commonly used in nuclear physics.

(26) The quadrupole moment is used in nuclear physics experiments.

(27) The negatron is a key player in the field of nuclear physics.

(28) The curies array is a fundamental concept in nuclear physics.

(29) NCE is a fundamental concept in the study of nuclear physics.

(30) The measurement of radiation is necessary in nuclear physics.

Sentence of nuclear physics

(31) Edward Teller's expertise in nuclear physics was unparalleled.

(32) Betatrons are essential tools in the field of nuclear physics.

(33) The becquerel measurement is commonly used in nuclear physics.

(34) The actinoids are important for understanding nuclear physics.

(35) Enrico Fermi made significant contributions to nuclear physics.

(36) Endoergic is a term often used in the field of nuclear physics.

(37) Neutrons are an important part of the field of nuclear physics.

(38) Nuclear physics has revolutionized the field of medical imaging.

(39) The study of nucleons is an important aspect of nuclear physics.

(40) Edward Teller made significant contributions to nuclear physics.

Nuclear Physics meaningful sentence

(41) The spinthariscope is commonly used in nuclear physics research.

(42) The atomic-weights of elements are essential in nuclear physics.

(43) The gamow constant is a fundamental parameter in nuclear physics.

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

(45) Alpha-particles are commonly used in nuclear physics experiments.

(46) Alpha particles are commonly used in nuclear physics experiments.

(47) Nuclear physics research has led to the discovery of new elements.

(48) Nuclear physics plays a key role in the study of particle physics.

(49) Hadronic resonances are important in the study of nuclear physics.

(50) Deuterium is a valuable resource for the study of nuclear physics.

Nuclear Physics sentence examples

(51) Pierre Curie's work laid the foundation for modern nuclear physics.

(52) Nuclear physics plays a crucial role in the study of nuclear fusion.

(53) The physics lab is where we study the principles of nuclear physics.

(54) The nuclides array is an essential tool in nuclear physics research.

(55) Atomicities play a significant role in the field of nuclear physics.

(56) Nobelium is primarily used for research purposes in nuclear physics.

(57) PIXE is a widely accepted technique in the field of nuclear physics.

(58) The fissioning of atoms is a fundamental process in nuclear physics.

(59) Nuclear physics research has led to advancements in cancer treatment.

(60) The term protonic is often used in discussions about nuclear physics.

Sentence with nuclear physics

(61) Nuclear physics plays a significant role in the study of astrophysics.

(62) The splitting of the atom revolutionized the field of nuclear physics.

(63) The discovery of fissions revolutionized the field of nuclear physics.

(64) Fast neutron scattering is an important phenomenon in nuclear physics.

(65) Edward Teller's expertise in nuclear physics was sought after by many.

(66) The nucleon is a fundamental particle in the study of nuclear physics.

(67) The discovery of uraniums revolutionized the field of nuclear physics.

(68) Nuclear engineering requires a strong understanding of nuclear physics.

(69) The study of nuclear physics can lead to exciting career opportunities.

(70) The spinthariscope provided a window into the world of nuclear physics.

Use nuclear physics in a sentence

(71) Henri Becquerel's research revolutionized the field of nuclear physics.

(72) Understanding axisymmetries is crucial in the field of nuclear physics.

(73) Breaking into protons could revolutionize the field of nuclear physics.

(74) The pion's properties make it an important particle in nuclear physics.

(75) The discovery of bohriums has led to new insights into nuclear physics.

(76) The thermonuclear reaction is a key area of research in nuclear physics.

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

(78) Gamma ray spectroscopy is an important tool in nuclear physics research.

(79) Alpha particles are a fundamental component of nuclear physics research.

(80) The field of nuclear physics is constantly evolving with new discoveries.

Sentence using nuclear physics

(81) Nuclear physics experiments require specialized equipment and facilities.

(82) The diffraction of gamma rays is a phenomenon studied in nuclear physics.

(83) Uraninite is a key mineral in the study of nuclear physics and radiation.

(84) The study of hassium contributes to our understanding of nuclear physics.

(85) The discovery of uranium 235 revolutionized the field of nuclear physics.

(86) The uranium-lead decay chain is a fundamental process in nuclear physics.

(87) The field of nuclear physics has applications in environmental monitoring.

(88) The study of deuterons has contributed to advancements in nuclear physics.

(89) The transmutation of elements is a fundamental process in nuclear physics.

(90) The principles of atomics are fundamental to the study of nuclear physics.

Nuclear Physics example sentence

(91) Edward Teller's legacy continues to influence the field of nuclear physics.

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

(93) The contributions of Robert Oppenheimer to nuclear physics are significant.

(94) The scintillation counter was essential in our research on nuclear physics.

(95) Transuranic elements have a significant impact on nuclear physics research.

(96) Nuclear physics is used in many fields, including medicine and engineering.

(97) The production of antibaryons is a key area of research in nuclear physics.

(98) The scintillator detector was used in the field of nuclear physics research.

(99) Enrico Fermi made significant contributions to the field of nuclear physics.

(100) The nucleon is a term commonly used in nuclear physics and particle physics.

Sentence with word nuclear physics

(101) Edward Teller's expertise in nuclear physics made him a sought-after advisor.

(102) Many scientific breakthroughs have been made in the field of nuclear physics.

(103) The study of nuclear physics involves experiments with particle accelerators.

(104) The principles of nuclear physics are used in the design of nuclear reactors.

(105) Heavy water plays a vital role in the study of nuclear physics and chemistry.

(106) The study of radiothorium has contributed to advancements in nuclear physics.

(107) The nuclear physicist's theories revolutionized the field of nuclear physics.

(108) The ionization chamber is a common tool used in the field of nuclear physics.

(109) Nuclear physics plays a vital role in the development of nuclear power plants.

(110) The principles of nuclear physics are used in the creation of nuclear weapons.

Sentence of nuclear physics

(111) The discovery of fissile elements revolutionized the field of nuclear physics.

(112) Deuterons can be accelerated to high energies for nuclear physics experiments.

(113) The production of bohrium is an important area of research in nuclear physics.

(114) The pulse height analyzer is an essential tool in nuclear physics experiments.

(115) Edward Teller's work had a significant impact on the field of nuclear physics.

(116) Gamma rays are used in the study of nuclear physics and particle interactions.

(117) The gamow constant is a fundamental parameter in nuclear physics calculations.

(118) The nucleon is a fascinating subject of study in the field of nuclear physics.

(119) Edward Teller's contributions to the field of nuclear physics were significant.

(120) Understanding nuclear physics is crucial for advancements in energy production.

Nuclear Physics used in a sentence

(121) Nuclear physics has contributed to our understanding of the universe's origins.

(122) Nuclear physics research often involves the use of complex mathematical models.

(123) The field of nuclear physics has contributed to advancements in nuclear safety.

(124) Nuclear physics experiments often involve the detection of subatomic particles.

(125) The discovery of deuterium in 1931 revolutionized the field of nuclear physics.

(126) The becquerel is a crucial unit of measurement in the field of nuclear physics.

(127) The study of beta decay has contributed to our understanding of nuclear physics.

(128) The study of nuclear physics requires a deep understanding of quantum mechanics.

(129) Scientists study the properties and behavior of the deuteron in nuclear physics.

(130) The study of underspin has led to breakthroughs in the field of nuclear physics.

Nuclear Physics sentence in English

(131) Henri Becquerel's research paved the way for further studies on nuclear physics.

(132) Pierre Curie's groundbreaking research paved the way for modern nuclear physics.

(133) The detection of beta decay is an important tool in nuclear physics experiments.

(134) The study of fissions has led to advancements in nuclear physics and technology.

(135) The study of nuclear physics is fundamental to our understanding of the universe.

(136) The work of Henri Becquerel laid the foundation for the field of nuclear physics.

(137) The cloud chamber is often used to demonstrate the principles of nuclear physics.

(138) Ernest Rutherford made significant contributions to the field of nuclear physics.

(139) Transactinides play a crucial role in advancing our knowledge of nuclear physics.

(140) The study of einsteinium has contributed to our understanding of nuclear physics.

(141) The electron volt is a unit of energy commonly used in atomic and nuclear physics.

(142) Nuclear physics is a branch of science that studies the behavior of atomic nuclei.

(143) The principles of nuclear physics are used in the development of nuclear medicine.

(144) The contributions of Enrico Fermi to the field of nuclear physics are significant.

(145) The discovery of fissionable isotopes revolutionized the field of nuclear physics.

(146) The tetrode is also used in particle accelerators and nuclear physics experiments.

(147) The detection of alpha-particles is a key technique in nuclear physics experiments.

(148) Edward Teller's scientific discoveries revolutionized the field of nuclear physics.

(149) The study of nuclides is important in fields such as nuclear physics and chemistry.

(150) The discovery of fissionable materials revolutionized the field of nuclear physics.

(151) The discovery of mesotrons was a major breakthrough in the field of nuclear physics.

(152) The study of alpha-particles has contributed to our understanding of nuclear physics.

(153) The atomic mass unit is used in nuclear physics to measure the mass of atomic nuclei.

(154) In nuclear physics, the Monte Carlo method is used to simulate particle interactions.

(155) The discoveries made by Ernest Rutherford revolutionized the field of nuclear physics.

(156) Nuclear physics research aims to uncover the fundamental laws governing atomic nuclei.

(157) Nuclear physics research is essential for ensuring the safe disposal of nuclear waste.

(158) The study of transactinides is crucial for advancing our knowledge of nuclear physics.

(159) The contributions of Ernest Rutherford to the field of nuclear physics are significant.

(160) The discoveries made by Robert Oppenheimer revolutionized the field of nuclear physics.

(161) Understanding how to break into neutrons is crucial for advancements in nuclear physics.

(162) Nuclear engineering requires a deep understanding of nuclear physics and thermodynamics.

(163) Nonrelativistic nuclear physics focuses on the behavior of atomic nuclei at low energies.

(164) Robert Oppenheimer's contributions to the field of nuclear physics are widely recognized.

(165) The study of nucleosynthesis has led to advancements in nuclear physics and astrophysics.

(166) The study of pitchblende has contributed greatly to our understanding of nuclear physics.

(167) The field of nuclear physics explores the properties and interactions of atomic particles.

(168) Enrico Fermi's experiments with slow neutrons revolutionized the field of nuclear physics.

(169) The nuclear physics laboratory is where we study the properties of atoms and their nuclei.

(170) Heisenberg's work on nuclear physics was instrumental in the development of atomic weapons.

(171) Gamow was a renowned physicist known for his contributions to the field of nuclear physics.

(172) The scintillation counter is commonly used in medical imaging and nuclear physics research.

(173) The atom smasher is a vital tool in the study of nuclear physics and particle interactions.

(174) Accelerators are used in nuclear physics experiments to study the behavior of atomic nuclei.

(175) The discovery of unnilquadium was a significant achievement in the field of nuclear physics.

(176) Supercomputers are crucial for simulating nuclear reactions in the field of nuclear physics.

(177) Nuclear physics research is essential for understanding the behavior of radioactive materials.

(178) The study of nucleonics requires a strong foundation in quantum mechanics and nuclear physics.

(179) The study of transactinide elements is crucial for advancing our knowledge of nuclear physics.

(180) Edward Teller's expertise in nuclear physics was sought after by governments around the world.

(181) Ernest Rutherford's discoveries in nuclear physics revolutionized our understanding of matter.

(182) Antiquarks are found in the nucleus of atoms, and they play a crucial role in nuclear physics.

(183) Nuclear fission is a topic of ongoing research and development in the field of nuclear physics.

(184) Oppenheimer's contributions to the field of nuclear physics have earned him numerous accolades.

(185) The study of nucleonics requires a deep understanding of quantum mechanics and nuclear physics.

(186) Ernest Rutherford's discoveries in nuclear physics revolutionized our understanding of the atom.

(187) The control and containment of a thermonuclear reaction is a major challenge in nuclear physics.

(188) The study of nucleons continues to be an active area of research in the field of nuclear physics.

(189) The interconversion of chemical elements through nuclear reactions is studied in nuclear physics.

(190) Becquerel discovered radioactivity, and his findings revolutionized the field of nuclear physics.

(191) The scintillator material was used in nuclear physics experiments to detect high-energy particles.

(192) Fermi was a renowned physicist who made significant contributions to the field of nuclear physics.

(193) Ernest Rutherford's discoveries in nuclear physics opened up new avenues for research in the field.

(194) The discovery of the neutron by James Chadwick in 1932 revolutionized the field of nuclear physics.

(195) The einsteinian concept of mass-energy equivalence has far-reaching implications in nuclear physics.

(196) Nishina was a renowned physicist who made significant contributions to the field of nuclear physics.

(197) The thermonuclear reaction is a topic that is extensively researched in the field of nuclear physics.

(198) Enrico Fermi's discoveries in nuclear physics had profound implications for both science and society.

(199) The discovery of cold fusion would require a fundamental shift in our understanding of nuclear physics.

(200) Rutherford was a renowned physicist who made significant contributions to the field of nuclear physics.

(201) The study of corpuscular radiation is important in fields such as nuclear physics and radiation therapy.

(202) Deuterium is used in the production of heavy water, and it is also used in the study of nuclear physics.

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

(204) Enrico Fermi was a renowned physicist who made significant contributions to the field of nuclear physics.

(205) Nonrelativistic nuclear physics focuses on the behavior of atomic nuclei at low energies and temperatures.

(206) The discovery of Becquerel's radiation opened up new avenues for research in the field of nuclear physics.

(207) The alkaline metal group is important in the field of nuclear physics due to their use in nuclear reactors.

(208) While the collimator is primarily used in radiation therapy, it is also used in nuclear physics experiments.

(209) Ernest Rutherford's research on the nature of radiation laid the foundation for the field of nuclear physics.

(210) The study of radioisotopes plays a crucial role in understanding the fundamental principles of nuclear physics.

(211) The study of berkelium and other transuranium elements has contributed to our understanding of nuclear physics.

(212) Pontecorvo was a renowned Italian physicist who made significant contributions to the field of nuclear physics.

(213) The study of rutherfordium contributes to our understanding of nuclear physics and the behavior of heavy elements.

(214) Niels Bohr's work on the liquid drop model of the atomic nucleus contributed to the development of nuclear physics.

(215) Enrico Fermi's discoveries in nuclear physics had profound implications for both peaceful and military applications.

(216) Within the field of physics, nuclear physics is a sub-branch that focuses on the study of atomic nuclei and their interactions.

(217) The synthesis of dubnium was a major breakthrough in the field of nuclear physics, as it demonstrated the ability to create new elements.

(218) Despite their limitations, analogue computers are still used in some specialized fields, such as nuclear physics and power grid management.

(219) The study of dubnium and other transuranium elements has contributed to our understanding of nuclear physics and the behavior of heavy elements.

(220) The discovery of dubnium was a collaborative effort involving scientists from several different countries, and it was a major achievement in the field of nuclear physics.

(221) The discovery of deuterium in the early 20th century was a major breakthrough in the field of nuclear physics, and it paved the way for many important scientific discoveries.

(222) When Becquerel first observed the phenomenon of radioactivity, he did not fully understand its implications, but his work laid the foundation for future research in nuclear physics.

(223) Beta decay is a natural process that occurs in some radioactive isotopes, whereby a neutron is converted into a proton and an electron, which is why it is often used in nuclear physics research.

(224) Although Bloch's research focused primarily on solid-state physics, he also made significant contributions to the study of nuclear physics, and his findings have been instrumental in the development of modern technology.

(225) The study of diquarks is a multidisciplinary field that combines elements of particle physics, nuclear physics, and computational science, and this interdisciplinary approach is essential for making progress in this area.

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