Particle in a sentence

(1) Hur is not a particle.

(2) AEI is not a particle.

(3) Gdr is not a particle.

(4) Illu is not a particle.

(5) Siss is not a particle.

(6) A-d-a is not a particle.

(7) Abaxile is not a particle.

(8) A molecule is a tiny particle.

(9) The ion is a charged particle.

(10) The neutron is a subatomic particle.

Particle sentence

(11) The antilepton is a stable particle.

(12) Antinucleon is a subatomic particle.

(13) A photon is a tiny particle of light.

(14) The rho meson is a subatomic particle.

(15) Antinucleon is a fundamental particle.

(16) The antiproton is a subatomic particle.

(17) The bevatron is a particle accelerator.

(18) A photon is both a particle and a wave.

(19) The graviton is a fundamental particle.

(20) The graviton is a hypothetical particle.

Particle make sentence

(21) The fermion is a type of matter particle.

(22) Hyperons are a type of subatomic particle.

(23) The fermion is a type of quantum particle.

(24) The antineutron is a fundamental particle.

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

(26) A fermion is a type of elementary particle.

(27) Tetrodes are used in particle accelerators.

(28) Neutrinos are a type of subatomic particle.

(29) A photon can be both a particle and a wave.

(30) The particle beam can be harmful to humans.

Sentence of particle

(31) The proton is a positively charged particle.

(32) The betatron is a type of particle detector.

(33) A photon is a fundamental particle of light.

(34) Antineutrino is a type of subatomic particle.

(35) Mesons are produced in particle accelerators.

(36) Bevatrons are a type of particle accelerator.

(37) An ion is a particle with an electric charge.

(38) Photons can be used in particle accelerators.

(39) Antiquarks are important in particle physics.

(40) Antiquarks are a type of elementary particle.

Particle meaningful sentence

(41) The electron is a negatively charged particle.

(42) An antiquark is a type of elementary particle.

(43) An antiparticle is the opposite of a particle.

(44) The boson is a fundamental particle in physics.

(45) The betatron is a type of particle accelerator.

(46) An anti particle is the opposite of a particle.

(47) The anti particle of an electron is a positron.

(48) The anti particle of a proton is an antiproton.

(49) Antinucleon is a rare particle in the universe.

(50) Antinucleons are important in particle physics.

Particle sentence examples

(51) The alpha particle detector measures radiation.

(52) The particle beam can be used in manufacturing.

(53) The particle beam can improve cancer treatment.

(54) I bought a new bookshelf made of particle board.

(55) The desk in my office is made of particle board.

(56) The photon is the fundamental particle of light.

(57) The axion is a hypothetical elementary particle.

(58) The betatron is a type of particle beam therapy.

(59) The negatron is also known as the beta particle.

(60) The antilepton is a negatively charged particle.

Sentence with particle

(61) The antilepton is a type of elementary particle.

(62) Antinucleons are created in particle collisions.

(63) Neutrinos are produced in particle accelerators.

(64) The particle beam can be used to treat diseases.

(65) Antiparticles are important in particle physics.

(66) The graviton is thought to be a spin-2 particle.

(67) The anti particle of a neutron is an antineutron.

(68) The virion is the infectious particle of a virus.

(69) The Higgs boson is a type of elementary particle.

(70) A neutron is a tiny particle that makes up atoms.

Use particle in a sentence

(71) The particle beam can be controlled with magnets.

(72) The anti-particle of the proton is the antiproton.

(73) The graviton is thought to be a massless particle.

(74) The synchrotron is a type of particle accelerator.

(75) Beca is not a word that can be used as a particle.

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

(77) Antileptons are produced in particle accelerators.

(78) Antiatoms can be created in particle accelerators.

(79) Antinucleons are studied in particle accelerators.

(80) A self-conjugate particle is its own antiparticle.

Sentence using particle

(81) The cabinet back was made of cheap particle board.

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

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

(84) The graviton is believed to be a quantum particle.

(85) The positively charged particle is called a cation.

(86) The boson is often referred to as the God particle.

(87) The phrasal verb consists of a verb and a particle.

(88) Antineutrons are produced in particle accelerators.

(89) Positrons can be produced in particle accelerators.

(90) Thyratrons are often used in particle accelerators.

Particle example sentence

(91) Antinucleons are detected using particle detectors.

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

(93) The alpha particle is the nucleus of a helium atom.

(94) The particle beam can be used in space exploration.

(95) The particle beam is used in particle accelerators.

(96) Antimatter can be created in particle accelerators.

(97) Antiquarks are studied using particle accelerators.

(98) The electron beam is used in particle accelerators.

(99) Antileptons can be created in particle accelerators.

(100) The anti-particle of the neutron is the antineutron.

Sentence with word particle

(101) Particle board is lightweight and easy to transport.

(102) Bolometers are used in particle physics experiments.

(103) Antimatters can be created in particle accelerators.

(104) Antileptons can be produced in particle accelerators.

(105) Antineutrinos are not affected by the Higgs particle.

(106) A neutron is a subatomic particle that has no charge.

(107) The particle beam was successfully tested in the lab.

(108) The particle beam is a powerful tool for researchers.

(109) The particle beam can be used to sterilize equipment.

(110) The particle beam has applications in nanotechnology.

Sentence of particle

(111) The graviton is thought to be a fundamental particle.

(112) The wardrobe in the bedroom is made of particle board.

(113) The word antiquark is a term used in particle physics.

(114) A beta particle is a high-energy electron or positron.

(115) Plasma is used in some types of particle accelerators.

(116) Antiparticles can be created in particle accelerators.

(117) The shelves in the garage are made from particle board.

(118) Gluons are produced in high-energy particle collisions.

(119) The pion is a subatomic particle with a short lifespan.

(120) Mesons are produced in high-energy particle collisions.

Particle used in a sentence

(121) Axion is a term that is often used in particle physics.

(122) Collimators are commonly used in particle accelerators.

(123) Baryons are created in high-energy particle collisions.

(124) Antilepton is a term commonly used in particle physics.

(125) The term baryon refers to a type of subatomic particle.

(126) The drawers in this dresser are made of particle board.

(127) The dust particle sank to the surface of the bookshelf.

(128) Anti particles can be created in particle accelerators.

(129) The two particles collided in the particle accelerator.

(130) The particle beam can be used in military applications.

Particle sentence in English

(131) The particle beam is used to study subatomic particles.

(132) Antiquarks are often produced in particle accelerators.

(133) Hyperons are an important component of the particle zoo.

(134) The word lepton refers to a type of elementary particle.

(135) The emission of a beta particle can occur spontaneously.

(136) The shelves in this bookcase are made of particle board.

(137) Particle board is an economical choice for DIY projects.

(138) The particle accelerator irradiates beyond the beamline.

(139) A photon can be described as both a wave and a particle.

(140) The hydrogen ion is a fundamental particle in chemistry.

(141) The Standard Model of particle physics includes fermions.

(142) Mesons can be created and observed in particle detectors.

(143) The boson is produced in high-energy particle collisions.

(144) The gyrotron is a key component in particle accelerators.

(145) The atomic nucleus is the focus of particle accelerators.

(146) The word antineutrino is a term used in particle physics.

(147) The gluon is the only particle that carries color charge.

(148) Baryons are part of the larger field of particle physics.

(149) Breaking into hadrons is a key focus of particle physics.

(150) Short wavelength waves are used in particle accelerators.

(151) A baryon is a subatomic particle made up of three quarks.

(152) The pion's spin is an intrinsic property of the particle.

(153) The kitchen cabinets are constructed with particle board.

(154) The cathodograph was used in early particle accelerators.

(155) Antinucleons are studied in particle physics experiments.

(156) Liquid-helium is used to cool down particle accelerators.

(157) The magnetron is a crucial part of particle accelerators.

(158) The Higgs boson is often referred to as the God particle.

(159) The particle beam can be used to detect hidden artifacts.

(160) The particle beam is used in semiconductor manufacturing.

(161) The particle beam can deliver targeted radiation therapy.

(162) The graviton is believed to be a force-carrying particle.

(163) The klystron is a key component in particle accelerators.

(164) The TV stand is made of particle board and is very sturdy.

(165) The bookcase in the living room is made of particle board.

(166) The boson is an elementary particle with a spin of 0 or 1.

(167) Neutrinos are produced in high-energy particle collisions.

(168) The proton is a subatomic particle with a positive charge.

(169) Superconducting magnets are used in particle accelerators.

(170) The self-energy of a particle can be affected by its spin.

(171) The ground state of a particle is its lowest energy level.

(172) The antineutron is a baryon, a type of subatomic particle.

(173) Particle board is an affordable alternative to solid wood.

(174) The atomic clock is used in the study of particle physics.

(175) The alpha particle emitter is a source of alpha radiation.

(176) Antiparticles can be used in particle physics experiments.

(177) Antiquarks are essential in the study of particle physics.

(178) The kitchen cabinets were constructed using particle board.

(179) Alpha-particles are commonly used in particle accelerators.

(180) Antiquarks are produced in high-energy particle collisions.

(181) The graviton is a hypothetical particle in quantum physics.

(182) The word antilepton refers to a type of subatomic particle.

(183) Leptons are part of the Standard Model of particle physics.

(184) Antiquarks can be found in high-energy particle collisions.

(185) Particle board is known for its smooth and uniform surface.

(186) Tetrodes are essential components in particle accelerators.

(187) Antinucleon is produced in high-energy particle collisions.

(188) Argons are used in the production of particle accelerators.

(189) The scientist discovered a particle with zero point energy.

(190) The alpha particle mass is four times the mass of a proton.

(191) The particle beam can cut through materials with precision.

(192) The particle beam can be used in renewable energy research.

(193) The particle beam is used in security scanning at airports.

(194) Alpha particles are commonly used in particle accelerators.

(195) The bed frame is made of particle board and is very durable.

(196) Mesons can be created and detected in particle accelerators.

(197) The boson is a particle that interacts with the Higgs field.

(198) Antiprotons are produced in high-energy particle collisions.

(199) The antiproton is an exotic particle with unique properties.

(200) The TV stand is made of particle board with a veneer finish.

(201) The coffee table is made of particle board with a glass top.

(202) The dust particle drifted small between the rays of the sun.

(203) The negatron is a subatomic particle with a negative charge.

(204) Antileptons are produced in high-energy particle collisions.

(205) Antinucleon is a key component in particle physics research.

(206) Klystrons are essential components in particle accelerators.

(207) The photon is a particle that always travels at light speed.

(208) The wave-particle duality is a concept in quantum mechanics.

(209) The side table is made of particle board and has a glass top.

(210) The parametric equation describes the motion of the particle.

(211) Beta decay is accompanied by the emission of a beta particle.

(212) Pions are produced in large quantities in particle colliders.

(213) Neutrinos are part of the Standard Model of particle physics.

(214) The ground state of a particle is its state of lowest energy.

(215) Scientists study the behavior of leptons in particle physics.

(216) The exciton is a fundamental particle in solid-state physics.

(217) Breaking into mesons requires advanced particle accelerators.

(218) Antineutrons are produced in high-energy particle collisions.

(219) Antineutrinos are created in high-energy particle collisions.

(220) Particle board is often used as a base for laminate flooring.

(221) The bookshelf is made of particle board with a walnut veneer.

(222) Supersymmetry is a theoretical framework in particle physics.

(223) Antiparticles can be produced in particle-antiparticle pairs.

(224) The bevatron was a precursor to modern particle accelerators.

(225) The nan particle was too small to be seen with the naked eye.

(226) Antielectrons are important in the study of particle physics.

(227) The size of a typical dust particle is around 10 micrometres.

(228) Deuterium is used in the production of particle accelerators.

(229) The alpha particle track is the path it leaves in a material.

(230) Antiparticles are important in the study of particle physics.

(231) The tau lepton is a subatomic particle with a negative charge.

(232) The negative charge of the particle attracts positive charges.

(233) The negatively charged particle created an electric potential.

(234) The gluon is an elementary particle with zero mass and spin 1.

(235) Leptons are often produced in high-energy particle collisions.

(236) Breaking into leptons requires advanced particle accelerators.

(237) The dust particle floated small between the beams of sunlight.

(238) The alpha-particle is the least penetrating type of radiation.

(239) Anti particles are important in the study of particle physics.

(240) Antileptons can be created in high-energy particle collisions.

(241) The alpha particle detector is used to detect alpha radiation.

(242) The alpha particle charge is two times the charge of a proton.

(243) The alpha particle is made up of two protons and two neutrons.

(244) Positively charged particles are used in particle accelerators.

(245) The study of hadrons is an important field in particle physics.

(246) The collimated electron beam was used in particle accelerators.

(247) Hyperons are often produced in high-energy particle collisions.

(248) The study of quarks is an important aspect of particle physics.

(249) The hypercharge of the particle determines its electric charge.

(250) The fermion is a type of particle that has a half-integer spin.

(251) Antileptons are part of the Standard Model of particle physics.

(252) The picoseconds were used to calculate the particle's velocity.

(253) The interior walls of this building are made of particle board.

(254) Transactinides are typically produced in particle accelerators.

(255) The alpha-particle was discovered by Ernest Rutherford in 1899.

(256) The particle accelerator can reach speeds close to light speed.

(257) The physicist used a scale to measure the energy of a particle.

(258) The alpha particle is composed of two protons and two neutrons.

(259) Antimatter is a key component in the study of particle physics.

(260) The displacement of a particle in physics is measured in meters.

(261) The dining table is made of particle board and is easy to clean.

(262) The shoe bench is made of particle board and has a seat cushion.

(263) Pions have been detected in particle detectors around the world.

(264) Antiparticles can be created and detected in particle detectors.

(265) Antiparticles can be created and observed in particle colliders.

(266) Photons can exhibit both particle-like and wave-like properties.

(267) Baryons can be detected and studied using particle accelerators.

(268) The self-energy of a particle can be influenced by its velocity.

(269) Antileptons can be produced in various particle decay processes.

(270) Antiprotons can be trapped and studied in particle accelerators.

(271) The physicist sought to axiomatize the laws of particle physics.

(272) Breaking into mesons requires precise control of particle beams.

(273) The scientist recaptured the elusive particle in his experiment.

(274) The antiproton is an elementary particle with a negative charge.

(275) The quadrupole magnet is used to focus and steer particle beams.

(276) The collider has been used to discover the Higgs boson particle.

(277) The physics team had to excavate for a new particle accelerator.

(278) The alpha particle energy is the kinetic energy of the particle.

(279) The quantum state of a particle is described by a wave function.

(280) The energy of a beta particle can be measured in electron volts.

(281) The shoe cabinet is made of particle board and has sliding doors.

(282) Cryogenics is crucial for the operation of particle accelerators.

(283) The line-of-force is used in the design of particle accelerators.

(284) The properties of gluons are studied using particle accelerators.

(285) An elementary particle is a fundamental building block of matter.

(286) Plasmons can exhibit both particle-like and wave-like properties.

(287) Antileptons can be created and detected in particle accelerators.

(288) The gluon is a subatomic particle that mediates the strong force.

(289) Solitons can exhibit both particle-like and wave-like properties.

(290) Breaking into hadrons is a fundamental step in particle research.

(291) The size of a virus particle is typically measured in nanometres.

(292) Particle board is commonly used in the construction of furniture.

(293) Particle board is commonly used in the manufacturing of cabinets.

(294) The decillionth particle in the universe may never be discovered.

(295) Kaon is a type of subatomic particle that was discovered in 1947.

(296) The virino is a small infectious particle that can cause disease.

(297) A molecule is a tiny particle that makes up everything around us.

(298) The physicist tried to characterize the behavior of the particle.

(299) Neutrinos are constantly being produced in particle accelerators.

(300) The particle beam can be used in electronic device manufacturing.

(301) The graviton is a particle that is still a mystery to scientists.

(302) The cleanroom is designed to maintain a particle-free environment.

(303) The particle size of the flour affects the texture of baked goods.

(304) Modding can add new visual effects and particle systems to a game.

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

(306) The particle accelerator is a marvel of engineering and precision.

(307) The word corpuscle refers to a small particle or cell in the body.

(308) The Large Hadron Collider is a famous particle physics experiment.

(309) The deuteron is a stable particle found in the nucleus of an atom.

(310) Antileptons are often produced in high-energy particle collisions.

(311) Antiparticles can be created in high-energy particle accelerators.

(312) The particle accelerator irradiates inside the physics laboratory.

(313) The particle accelerator irradiates out of the physics laboratory.

(314) The physicist found some atypicalities in the particle's behavior.

(315) The wavefunctions of a particle can be used to calculate its spin.

(316) Mesonic states can be observed in high-energy particle collisions.

(317) The physicist traced the trajectory of the particle through space.

(318) The behavior of photons can be described by wave-particle duality.

(319) Hyperion is a term used in physics to describe a type of particle.

(320) The graviton is a theoretical particle that has not been observed.

(321) The coffee table is made of particle board and has a modern design.

(322) Anti-particles can be created in high-energy particle accelerators.

(323) The particle accelerator is housed in a large underground facility.

(324) The behavior of protons can be studied using particle accelerators.

(325) The self-energy of a particle can be affected by its quantum state.

(326) The antineutrino is an elementary particle with no electric charge.

(327) The spinor represents the intrinsic angular momentum of a particle.

(328) Particle board is made from compressed wood particles and adhesive.

(329) The bevatron was a key tool in the development of particle physics.

(330) The antilepton is a key component in the study of particle physics.

(331) The hodoscope is an essential tool in particle physics experiments.

(332) Bremsstrahlung radiation is also produced in particle accelerators.

(333) The alpha decay process involves the emission of an alpha particle.

(334) The particle beam is used to analyze materials at the atomic level.

(335) The scientist worked tirelessly to pinion down the elusive particle.

(336) Neutrons are produced in nuclear reactors and particle accelerators.

(337) The fermion is a type of elementary particle with half-integer spin.

(338) The fermion is a type of particle that obeys Fermi-Dirac statistics.

(339) The fermion is a type of particle that interacts via the weak force.

(340) The ultramicro technique enables precise control over particle size.

(341) The bed frame is constructed with particle board and metal supports.

(342) The wardrobe is constructed with particle board and a mirrored door.

(343) Particle board is often used in the construction of office cubicles.

(344) The annihilation of a particle and its antiparticle releases energy.

(345) The physicist used a spline to model the trajectory of the particle.

(346) The alpha-particle is a type of particle emitted during alpha decay.

(347) Anyons are a type of particle that exist in two-dimensional systems.

(348) The wavefunction collapses when a measurement is made on a particle.

(349) Superparticles are often created in high-energy particle collisions.

(350) The virino is a complex particle that is still not fully understood.

(351) The alpha particle momentum is the product of its mass and velocity.

(352) The particle beam is used in scientific research all over the world.

(353) The graviton is a hypothetical particle that is difficult to detect.

(354) The storage bench is made of particle board and has a cushioned seat.

(355) The office chair is made of particle board and has adjustable height.

(356) The wardrobe closet is made of particle board and has mirrored doors.

(357) Antibaryons play a significant role in the field of particle physics.

(358) Pions are classified as mesons in the particle classification system.

(359) The particle accelerator is a cornerstone of modern physics research.

(360) The self-energy of a particle can be affected by its mass and charge.

(361) The deflocculant promoted better particle distribution in the system.

(362) The energy of a beta particle is inversely proportional to its range.

(363) Positrons are used in the development of advanced particle detectors.

(364) The shoe rack is made of particle board with a white laminate finish.

(365) The dining table is made of particle board with a cherry wood veneer.

(366) The study of cosmic rays has led to advancements in particle physics.

(367) The particle accelerator irradiates beside the scientific experiment.

(368) The study of monopoles is a key area of research in particle physics.

(369) Antiatoms have been observed in experiments using particle colliders.

(370) Antinucleon is a type of particle that can be used in nuclear fusion.

(371) Tauon is a type of subatomic particle that is similar to an electron.

(372) The alpha particle scattering experiment was conducted by Rutherford.

(373) The alpha particle range is the distance it can travel in a material.

(374) The mass of the particle is important for understanding its behavior.

(375) The particle beam can be used to clean pollutants from air and water.

(376) When an antiparticle and a particle meet, they annihilate each other.

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

(378) The graviton is a particle that is still being studied by physicists.

(379) The filing cabinet is made of particle board and has lockable drawers.

(380) The nightstand is made of particle board and has a drawer for storage.

(381) The storage ottoman is made of particle board and has a removable lid.

(382) The scientist defined as as a particle used to introduce a comparison.

(383) The size of a virus particle is usually between 20 and 300 nanometres.

(384) The invention allows us to convert over radiation into particle beams.

(385) The tau meson is a subatomic particle made up of a tau and an antitau.

(386) The properties of nucleons can be studied using particle accelerators.

(387) The particle size of the dust particles can impact respiratory health.

(388) The particle size of the clay affects the workability of pottery clay.

(389) Particle physics research often involves international collaborations.

(390) The self-energy of a particle can change as it moves through a medium.

(391) Interferometric analysis is employed in the field of particle physics.

(392) The deuteron is an example of a particle with a non-zero nuclear spin.

(393) The fermion is a type of particle that exhibits wave-particle duality.

(394) The word nucleon refers to a particle found in the nucleus of an atom.

(395) The antineutron is an important particle in particle physics research.

(396) In just a few yoctoseconds, a subatomic particle can change its state.

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

(398) Particle board is susceptible to water damage and should be protected.

(399) Particle board is often used in the construction of modular furniture.

(400) Particle board is commonly used in the production of speaker cabinets.

(401) The physicist studied a calcify round particle in the subatomic level.

(402) If the mass of a particle is too small, it may be difficult to detect.

(403) The dust particle settled small between the crevices of the furniture.

(404) We had to nail through the particle board to attach the drawer slides.

(405) The study of preons is an active area of research in particle physics.

(406) The negatron is a highly energetic particle that can penetrate matter.

(407) When a particle and an anti particle meet, they annihilate each other.

(408) Antinucleon is a type of particle that can be used in nuclear weapons.

(409) Antinucleon is a type of particle that can be used in nuclear fission.

(410) The mesotron is a subatomic particle that was discovered in the 1930s.

(411) The discovery of partons revolutionized the field of particle physics.

(412) The size of a typical virus particle ranges from 20 to 300 nanometres.

(413) The magnetic field of a particle can be measured using a magnetometer.

(414) Anemometers can also be used to measure solid particle concentrations.

(415) The graviton is a theoretical particle that has not yet been observed.

(416) The graviton is a particle that is believed to be massless and spin-2.

(417) The isotropic behavior of the particle was studied using a microscope.

(418) The field of force around the charged particle influenced its movement.

(419) The concept of mass energy is central to the study of particle physics.

(420) Scientists are studying the behavior of pions in particle accelerators.

(421) Pions are an important topic of study in the field of particle physics.

(422) The behavior of antiparticles in particle detectors is well understood.

(423) The sigmoid function is used in physics to model particle interactions.

(424) Antiprotons are produced in particle accelerators by colliding protons.

(425) Breaking into mesons could lead to new discoveries in particle physics.

(426) Breaking into mesons is a major goal for particle physicists worldwide.

(427) The study of baryons is an active area of research in particle physics.

(428) The emission of a beta particle can alter the atomic number of an atom.

(429) The antineutron is a stable particle in the absence of other particles.

(430) The production of antiprotons requires high-energy particle collisions.

(431) The collimated particle beam was used for high-energy physics research.

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

(433) The pion's properties are studied using high-energy particle colliders.

(434) Quasiparticles can exhibit both particle-like and wave-like properties.

(435) The entertainment center is made of particle board with a black finish.

(436) Squarks are expected to be produced in high-energy particle collisions.

(437) An antilepton is a subatomic particle with opposite charge to a lepton.

(438) Antinucleon is a type of particle that can be used in nuclear medicine.

(439) Antinucleon is a type of particle that can be used in space propulsion.

(440) Deuterons can be accelerated to high energies in particle accelerators.

(441) The mesotron is an important particle in the study of particle physics.

(442) The axion is a type of particle that interacts very weakly with matter.

(443) The hadronic decay process is a fundamental aspect of particle physics.

(444) The concept of unitarity is essential in the study of particle physics.

(445) The kitchen pantry is made of particle board and has adjustable shelves.

(446) The TV wall unit is made of particle board and has a built-in fireplace.

(447) The ionized particles in a particle accelerator reach incredible speeds.

(448) The coprecipitate was found to have a narrow particle size distribution.

(449) The particle size of the nanoparticles affects their optical properties.

(450) Transuranic elements are often used as targets in particle accelerators.

(451) Antimatter is a key component in the operation of particle accelerators.

(452) Superposition is a key principle in understanding wave-particle duality.

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

(454) Particle physics research often involves complex mathematical equations.

(455) The study of particle physics requires advanced experimental techniques.

(456) Particle physics research often involves analyzing vast amounts of data.

(457) Scientists study the behavior of antineutrinos in particle accelerators.

(458) The positive charge of the particle determines its mass-to-charge ratio.

(459) The physicist aims to falsify by way of conducting particle experiments.

(460) The machine can grind into gypsum to produce a consistent particle size.

(461) Breaking into fermions is a major goal in the field of particle physics.

(462) The antiproton is an unstable particle that decays into other particles.

(463) The tau lepton is primarily produced in high-energy particle collisions.

(464) The tabletop is made of particle board covered with a layer of melamine.

(465) Particle board is commonly used in the manufacturing of display shelves.

(466) Breaking into baryons requires precise control over particle collisions.

(467) Direct current is used in particle accelerators for scientific research.

(468) Antinucleon is a type of particle that can be used in space exploration.

(469) Antinucleon is a type of particle that can be used in quantum computing.

(470) Antinucleon is a type of particle that can be used in radiation therapy.

(471) The study of diquarks is an active area of research in particle physics.

(472) The antibaryon is a rare particle that is difficult to detect and study.

(473) The search for axions is a major focus of experimental particle physics.

(474) The mesotron is a type of hadron, which is a particle made up of quarks.

(475) Hyperons have been observed in cosmic rays and in particle accelerators.

(476) Fonons are a type of elementary particle that carry energy and momentum.

(477) Fermions are a type of particle that obey the Pauli exclusion principle.

(478) The shoe rack is made of particle board and can hold many pairs of shoes.

(479) The bathroom cabinet is made of particle board and has a built-in mirror.

(480) The production of antibaryons requires high-energy particle accelerators.

(481) The angular momentum of a particle is a measure of its rotational motion.

(482) Anti-particles can be produced in large quantities in particle colliders.

(483) The boson is an essential part of the Standard Model of particle physics.

(484) The production of antiprotons requires high-energy particle accelerators.

(485) Theoretical physicists play a crucial role in advancing particle physics.

(486) The ionic charge of the particle determined its behavior in the solution.

(487) Breaking into neutrons requires a deep understanding of particle physics.

(488) Quasiparticles can have both particle-like and wave-like characteristics.

(489) Breaking into fermions could revolutionize the field of particle physics.

(490) The emission of a beta particle can lead to the release of excess energy.

(491) The collimated particle accelerator generated high-energy particle beams.

(492) The pion's discovery led to the development of new particle accelerators.

(493) The smoke detector is certified down to the nearest particle per million.

(494) The photon is used in particle accelerators to study subatomic particles.

(495) Antinucleon is a type of particle that can be used in particle detectors.

(496) The deuteron is a fundamental particle in the study of nuclear structure.

(497) The mesonic decay process is an important phenomenon in particle physics.

(498) The hypercharge of the particle was found to be twice the expected value.

(499) The Higgs boson is a bosonic particle that gives mass to other particles.

(500) The discovery of the Higgs boson particle was a breakthrough for physics.

(501) The backscatter of particles can be used in particle physics experiments.

(502) The klystron is commonly used in radar systems and particle accelerators.

(503) Electromagnets are used in particle accelerators to manipulate particles.

(504) The waveguide is used in particle accelerators to guide charged particles.

(505) The bathroom vanity is made of particle board and has a marble countertop.

(506) The kitchen island is made of particle board and has a granite countertop.

(507) The office bookcase is made of particle board and has adjustable shelving.

(508) The discovery of antileptons was a major breakthrough in particle physics.

(509) The sintering process can be influenced by the particle size distribution.

(510) Gluons can be emitted and absorbed by quarks during particle interactions.

(511) The particle size of the dust particles in the air can affect air quality.

(512) The particle size of the catalyst affects the rate of a chemical reaction.

(513) The particle size of the sand determines its suitability for sandblasting.

(514) The discovery of the pion was a significant milestone in particle physics.

(515) The study of antiquarks is an active area of research in particle physics.

(516) The residence time of a particle in a filter can determine its efficiency.

(517) Muons are produced in large quantities in high-energy particle collisions.

(518) The discovery of hyperons was a significant milestone in particle physics.

(519) Particle physics experiments involve colliding particles at high energies.

(520) Subatomic particles can exhibit both wave-like and particle-like behavior.

(521) Baryons can be created and annihilated in high-energy particle collisions.

(522) Beta particles can be used in particle accelerators for research purposes.

(523) The pion's discovery revolutionized our understanding of particle physics.

(524) The microsphere was used as a model system to study particle interactions.

(525) Antiquarks are an integral part of the Standard Model of particle physics.

(526) The study of squarks is an important area of research in particle physics.

(527) Antinucleon is a type of particle that can be used in scientific research.

(528) Antinucleon is a type of particle that can be used in radiation shielding.

(529) The Large Hadron Collider is a particle accelerator used to study hadrons.

(530) The photon is the fastest particle in the universe, moving at light speed.

(531) The crushers were carefully calibrated to ensure consistent particle size.

(532) Synchrotrons are large particle accelerators used for scientific research.

(533) The production of unnilquadium requires the use of a particle accelerator.

(534) The nucleonic mass of the particle was measured using a mass spectrometer.

(535) The graviton is a fundamental particle that is predicted by string theory.

(536) The collider's experiments require precise control over the particle beams.

(537) The viscosity of the colloid increased with higher particle concentrations.

(538) The particle size of the sugar crystals affects the texture of baked goods.

(539) The particle size of the clay determines its plasticity for pottery making.

(540) The particle size of the microplastics in the ocean can impact marine life.

(541) The particle size of the pigments determines the color intensity in paints.

(542) The concept of an anti-particle was first proposed by physicist Paul Dirac.

(543) The discovery of the Higgs boson was a major milestone in particle physics.

(544) The study of antineutrinos can contribute to the field of particle physics.

(545) The pion's discovery opened up new avenues of research in particle physics.

(546) Particle board is less expensive than solid wood but may not be as durable.

(547) The discovery of the meson was a significant milestone in particle physics.

(548) Scientists have observed the decay of antibaryons in particle accelerators.

(549) Antinucleon is a type of particle that can be used in nuclear power plants.

(550) Antinucleon is a type of particle that can be used in radiation monitoring.

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