Fission in a sentence

(1) Neutrons can cause nuclear fission.

(2) The bacterium underwent binary fission.

(3) Bacteria reproduce through binary fission.

(4) The gregarine reproduces by binary fission.

(5) Nuclear fission is another type of reaction.

(6) A binary fission is a type of cell division.

(7) Eubacteria reproduce through binary fission.

(8) Prokaryotes reproduce through binary fission.

(9) Atomics can be split through nuclear fission.

(10) The protist reproduces through binary fission.

Fission sentence

(11) Moneran cells reproduce through binary fission.

(12) Schizomycetes reproduce through binary fission.

(13) Actinides can undergo nuclear fission reactions.

(14) The ameboid organism reproduced by binary fission.

(15) Fast neutrons are produced during nuclear fission.

(16) Agamous bacteria reproduce through binary fission.

(17) The atomic nucleus is the core of nuclear fission.

(18) Prokaryotic cells reproduce through binary fission.

(19) The radioelement is a byproduct of nuclear fission.

(20) Eubacterial cells reproduce through binary fission.

Fission make sentence

(21) Ameboid cells can reproduce through binary fission.

(22) Acanthamoebae can reproduce through binary fission.

(23) Alpha particles are emitted during nuclear fission.

(24) Tritium is a byproduct of nuclear fission reactions.

(25) The radionuclide was a byproduct of nuclear fission.

(26) Amebas reproduce by a process called binary fission.

(27) Pions are involved in the process of nuclear fission.

(28) Fast neutrons can induce fission in certain isotopes.

(29) The bacteria can geminate by means of binary fission.

(30) Plutonium is a byproduct of nuclear fission reactions.

Sentence of fission

(31) The fuel rod is a key component in the fission process.

(32) Procaryotic organisms reproduce through binary fission.

(33) Some bacteria can propagate by means of binary fission.

(34) A binary fission is a type of cell division in biology.

(35) Atoms can be split in a process called nuclear fission.

(36) Biologically, bacteria reproduce through binary fission.

(37) Bacteria can propagate by binary fission or conjugation.

(38) The mitochondrion is able to undergo fission and fusion.

(39) The process of fission releases a large amount of energy.

(40) Fission reactions can release a burst of gamma radiation.

Fission meaningful sentence

(41) Amoebas reproduce through a process called binary fission.

(42) The amoebic organism can reproduce through binary fission.

(43) Desmids reproduce through a process called binary fission.

(44) Amoebae reproduce through a process called binary fission.

(45) If the element is uranium, it can undergo nuclear fission.

(46) Transuranic elements are produced through nuclear fission.

(47) The one-celled organism reproduces through binary fission.

(48) The control rod helps regulate the rate of nuclear fission.

(49) Protozoa reproduce through a process called binary fission.

(50) Fission is a fundamental process in the formation of stars.

Fission sentence examples

(51) Ciliates reproduce through a process called binary fission.

(52) The fission of uranium-235 is the basis for the atomic bomb.

(53) Nuclear fission is the process used in nuclear power plants.

(54) The coccoid cells were observed to divide by binary fission.

(55) Fission can occur naturally in certain radioactive materials.

(56) The process of nuclear fission is a type of nuclear reaction.

(57) The ameba reproduces through a process called binary fission.

(58) Atoms can be split apart in a process called nuclear fission.

(59) The energy in a nuclear reactor is generated through fission.

(60) The atomic nucleus is the target of nuclear fission reactions.

Sentence with fission

(61) The desmid's cell division process is known as binary fission.

(62) Fermium has been used in experiments to study nuclear fission.

(63) The excited state of the nucleus caused it to undergo fission.

(64) Infusorians reproduce through a process called binary fission.

(65) Agametes are produced by some protozoa through binary fission.

(66) Agametes are produced by some bacteria through binary fission.

(67) Neutrons can cause fission, which is the splitting of an atom.

(68) The fission of heavy elements can produce radioactive isotopes.

(69) Fission reactions can release a burst of high-energy particles.

(70) The process of nuclear fission in a power plant generates heat.

Use fission in a sentence

(71) Otto Hahn is recognized as the codiscoverer of nuclear fission.

(72) Neutron capture can occur in both fission and fusion reactions.

(73) Neutron radiation is produced during nuclear fission reactions.

(74) Uranium 235 is fissile, meaning it can undergo nuclear fission.

(75) Atoms can undergo nuclear reactions, such as fusion or fission.

(76) The nuclear power plant generates power through nuclear fission.

(77) Fission is used in nuclear power plants to generate electricity.

(78) The fission of uranium-235 is commonly used in nuclear reactors.

(79) Nuclear power plants emit energy through the process of fission.

(80) Plastids can undergo fission to divide into multiple organelles.

Sentence using fission

(81) The endameba reproduces through a process called binary fission.

(82) Amitosis is also known as direct cell division or binary fission.

(83) Fast neutron-induced fission is a key process in nuclear weapons.

(84) The fuel assembly is a vital part of the nuclear fission process.

(85) Nucleons can undergo nuclear reactions such as fusion or fission.

(86) The process of nuclear fission releases a large amount of energy.

(87) Amoeban reproduction can occur through binary fission or budding.

(88) Fission reactions can release a large amount of radioactive waste.

(89) Enrico Fermi's experiments led to the discovery of nuclear fission.

(90) Fission reactions can release a burst of electromagnetic radiation.

Fission example sentence

(91) Desmid reproduction occurs through a process called binary fission.

(92) The atomic bomb was created through the process of nuclear fission.

(93) The ionized atoms in a nuclear reactor produce heat through fission.

(94) The process of nuclear fission produces energy in a nuclear reactor.

(95) Nuclear energy can be harnessed through fission or fusion reactions.

(96) The boiling water reactor utilizes nuclear fission to generate heat.

(97) Amoeban reproduction occurs through a process called binary fission.

(98) The fusion reaction in a fusion bomb is triggered by a fission bomb.

(99) Paramecia are one-celled organisms that reproduce by binary fission.

(100) The amitotically dividing bacteria reproduce through binary fission.

Sentence with word fission

(101) The process of nuclear fission involves splitting fissionable atoms.

(102) The fissioning of uranium-235 produces a variety of fission products.

(103) Binary fission is a type of cell division that occurs in prokaryotes.

(104) The process of nuclear fission releases a tremendous amount of energy.

(105) Nuclear fission is a highly efficient way to convert mass into energy.

(106) The word fissile refers to materials that can undergo nuclear fission.

(107) The process of nuclear fission allows atoms to break down into energy.

(108) The radioactive isotope caesium-137 is a byproduct of nuclear fission.

(109) A nuclear reactor emits energy through the process of nuclear fission.

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

Sentence of fission

(111) Breaking into neutrons is a crucial step in nuclear fission reactions.

(112) Mitochondria can undergo fission and fusion to maintain their function.

(113) The process of splitting fissionable atoms is known as nuclear fission.

(114) The neutronic control rods regulate the rate of fission in the reactor.

(115) The MeV scale is commonly used in nuclear fission and fusion reactions.

(116) The nucellar nuclear fission is a type of cell division in prokaryotes.

(117) Nuclear fission is used in nuclear power plants to generate electricity.

(118) Nuclear fission reactions can be controlled to sustain a chain reaction.

(119) The fission of heavy elements can release a tremendous amount of energy.

(120) The phragmoplast is a site of active membrane fusion and fission events.

Fission used in a sentence

(121) The tonoplast is involved in the process of vacuolar fusion and fission.

(122) Fast neutron-induced fission reactions release a large amount of energy.

(123) Fast neutrons are produced in nuclear reactors during fission reactions.

(124) Heterolytic fission of a covalent bond can lead to the formation of ions.

(125) Nuclear power plants yield energy through the process of nuclear fission.

(126) The control rod can be adjusted to control the rate of fission reactions.

(127) Eubacterial reproduction can occur through binary fission or conjugation.

(128) Nuclear fission is a process that involves the splitting of atomic nuclei.

(129) Fermi's experiments with neutrons led to the discovery of nuclear fission.

(130) Nuclear power plants create energy through the process of nuclear fission.

Fission sentence in English

(131) Fission reactions can release harmful radiation if not properly contained.

(132) The fission of plutonium-239 is used in the production of nuclear weapons.

(133) Otto Hahn and Fritz Strassmann were the co-discoverers of nuclear fission.

(134) Amebean reproduction can occur through binary fission or multiple fission.

(135) The reaction proceeded via heterolytic fission of the carbon-halogen bond.

(136) The discovery of nuclear fission led to the development of the atomic bomb.

(137) The one-celled organism reproduces through a process called binary fission.

(138) Fission reactions can be initiated by bombarding the nucleus with neutrons.

(139) Agametes can be formed through processes such as binary fission or budding.

(140) Macronuclear fission is a dynamic process that occurs during cell division.

(141) Trinary fission is a type of nuclear fission that produces three fragments.

(142) The discovery of fission revolutionized our understanding of atomic physics.

(143) The fission of uranium-235 produces two smaller nuclei and several neutrons.

(144) The fission of heavy elements can create new elements through transmutation.

(145) Deuterons can be used as projectiles in nuclear reactions to induce fission.

(146) The chondriosome is able to self-replicate through a process called fission.

(147) Echiurans have a unique way of reproducing through a process called fission.

(148) Some organisms have the ability to reproduce oneself through binary fission.

(149) Nuclear power plants generate energy through the process of nuclear fission.

(150) The fission of uranium-235 is highly efficient in terms of energy production.

(151) Heterolytic fission is a key step in the mechanism of many organic reactions.

(152) Eubacteria are single-celled organisms that reproduce through binary fission.

(153) The process of nuclear fission involves splitting up atoms to release energy.

(154) Antineutrinos are emitted during the fission process in nuclear power plants.

(155) Procaryotes can reproduce through binary fission, a process of cell division.

(156) The energy released in a nuclear fission reaction can be in the order of MeV.

(157) The controlled fission of uranium 235 releases a tremendous amount of energy.

(158) The reproduction of euglena can occur through a process called binary fission.

(159) Oppenheimer's research on nuclear fission revolutionized the field of physics.

(160) The study of unnilquadium contributes to our understanding of nuclear fission.

(161) The mass number of an atom can be used to determine its nuclear fission yield.

(162) Heterolytic fission of the bond led to the formation of a cation and an anion.

(163) The discovery of nuclear fission revolutionized the field of energy production.

(164) The process of nuclear fission can release both energy and additional neutrons.

(165) Nuclear fission is a highly efficient way to release energy from atomic nuclei.

(166) Fission is a nuclear reaction that involves the splitting of an atomic nucleus.

(167) The nuclides array helps researchers understand the process of nuclear fission.

(168) The nuclear physicist's expertise lies in nuclear fission and its applications.

(169) The process of nuclear fission causes atoms to split up into smaller particles.

(170) Understanding nuclear fission is crucial for the development of nuclear weapons.

(171) Radiochemistry is important in the study of nuclear fission and fusion reactions.

(172) The process of nuclear fission causes atoms to break down into smaller particles.

(173) Gamma rays are produced in nuclear reactors during the process of nuclear fission.

(174) The fission of uranium-235 is the primary source of energy in nuclear power plants.

(175) The noble gas is used in nuclear reactors to control the rate of fission reactions.

(176) Heterolytic fission is a common process in the formation of coordination compounds.

(177) Bacteria can propagate by means of binary fission, where one cell divides into two.

(178) When an atomic nucleus undergoes fusion, it releases even more energy than fission.

(179) The concept of nuclear fission was first proposed by Otto Hahn and Fritz Strassmann.

(180) Mitochondrial fission and fusion are important for maintaining mitochondrial health.

(181) Fissile materials can release a tremendous amount of energy when undergoing fission.

(182) Gamma rays are produced in nuclear power plants as a byproduct of fission reactions.

(183) Actinides have been used in nuclear weapons due to their ability to undergo fission.

(184) When an atomic nucleus undergoes fission, it releases a tremendous amount of energy.

(185) The control rods in a nuclear fission reactor help regulate the rate of the reaction.

(186) Fission was first observed in the 1930s by scientists Otto Hahn and Fritz Strassmann.

(187) The cristae are highly dynamic structures that can undergo fission and fusion events.

(188) The process of fission can be controlled to generate heat for electricity production.

(189) The use of borons in nuclear reactors helps to control the rate of fission reactions.

(190) The use of actinon in nuclear reactors helps to control the rate of fission reactions.

(191) The splitting of uranium-235 atoms through nuclear fission releases multiple neutrons.

(192) Uranium 235 can undergo spontaneous fission, releasing a significant amount of energy.

(193) Enrico Fermi's experiments with slow neutrons led to the discovery of nuclear fission.

(194) The contributions of Ernest Rutherford to the field of nuclear fission are significant.

(195) The process of nuclear fission can release harmful radiation if not properly contained.

(196) The pressurized water reactor uses uranium fuel to sustain the nuclear fission process.

(197) Fission can occur spontaneously or be induced by bombarding the nucleus with particles.

(198) The fission process can be controlled to sustain a chain reaction in a nuclear reactor.

(199) Heterolytic fission of the covalent bond led to the formation of a cation and an anion.

(200) Breeder reactors use a process called nuclear fission to generate heat and electricity.

(201) The study of einsteinium contributes to our understanding of nuclear fission and fusion.

(202) Holmium is used in the control rods of nuclear reactors to regulate the rate of fission.

(203) Heterolytic fission is often observed in reactions involving transition metal complexes.

(204) Oppenheimer's theories on nuclear fission laid the foundation for modern nuclear energy.

(205) The Chernobyl disaster was caused by a catastrophic failure in a nuclear fission reactor.

(206) The byproducts of nuclear fission can be highly radioactive and require careful disposal.

(207) Transactinide elements have been used in experiments to study nuclear fission and fusion.

(208) The process of nuclear fission causes atoms to break down into matter and release energy.

(209) Nuclear fission can occur spontaneously or be induced through the use of a neutron source.

(210) The development of nuclear fission as a power source has reduced reliance on fossil fuels.

(211) Nuclear fission reactions can be initiated by bombarding atoms with high-energy particles.

(212) The fission of uranium-235 can be sustained in a controlled manner to produce electricity.

(213) Fissioning reactions can produce a wide range of fission products with varying half-lives.

(214) Niels Bohr's theory of nuclear fission paved the way for the development of nuclear power.

(215) The nuclear physicist explained the complex principles of nuclear fission to the students.

(216) The fluidity of phospholipids allows for the fusion and fission of membrane-bound vesicles.

(217) The process of nuclear fission can be harnessed to produce isotopes for medical treatments.

(218) Ternary fission is a type of nuclear fission where the nucleus splits into three fragments.

(219) Nuclear fission is a complex process that involves the rearrangement of subatomic particles.

(220) The radioactivities emitted by the radioactive material were a byproduct of nuclear fission.

(221) Macronuclear fission is a highly coordinated process involving multiple cellular components.

(222) The fissile properties of certain elements make them suitable for nuclear fission reactions.

(223) A binary fission is a type of cell division in which a cell splits into two identical cells.

(224) Nuclear fission is a topic of debate and controversy due to its potential risks and benefits.

(225) The release of mass energy during a nuclear fission reaction is used to generate electricity.

(226) Henri Becquerel's experiments provided crucial evidence for the existence of nuclear fission.

(227) The energy released by fast neutron fission is much higher than that of slow neutron fission.

(228) The high energy released during the fission of uranium 235 is harnessed for power generation.

(229) Halogens can be used in nuclear reactors as neutron absorbers to control the rate of fission.

(230) The study of nuclear fission has led to advancements in nuclear medicine and cancer treatment.

(231) The study of fission has led to advancements in both energy production and weapons technology.

(232) The amoeboid organism divided into two separate cells through a process called binary fission.

(233) Heterolytic fission is a key step in the degradation of organic pollutants in the environment.

(234) Oppenheimer's theories on nuclear fission laid the foundation for modern nuclear power plants.

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

(236) Nuclear fission is a key component in the production of medical isotopes for diagnostic imaging.

(237) The nuclear reactor uses controlled fission reactions to irradiate fuel rods and produce energy.

(238) Nuclear fusion reactions have the advantage of being inherently safe compared to nuclear fission.

(239) The fission of uranium-235 can release several million times more energy than a chemical reaction.

(240) Niels Bohr's experiments with uranium isotopes paved the way for the discovery of nuclear fission.

(241) The kiloton measurement is used to quantify the energy released during a nuclear fission reaction.

(242) The pressurized water reactor is fueled by uranium pellets that undergo fission to release energy.

(243) Actinides are known for their ability to undergo fission, which releases a large amount of energy.

(244) Americium has been used in experimental nuclear reactors to study the behavior of fission products.

(245) The mechanism of a nuclear reactor involves using nuclear fission to generate heat and electricity.

(246) The byproducts of nuclear fusion reactions are generally less harmful than those of nuclear fission.

(247) Encouraging the use of nuclear fusion as an alternative to fission can help reduce waste production.

(248) The discovery of nuclear fission opened up new possibilities for scientific research and exploration.

(249) The hydrogen bomb uses fusion reactions to release energy, while the atomic bomb uses fission reactions.

(250) During a nuclear fission reaction, heavy atoms break into electrons and release a large amount of energy.

(251) Scientists have been studying nuclear fission for decades to better understand its potential applications.

(252) Nuclear fission is a complex phenomenon that continues to be studied and explored by scientists worldwide.

(253) Ernest Rutherford's work on the artificial disintegration of elements laid the foundation for nuclear fission.

(254) The biosystem of a nuclear power plant involves the controlled fission of uranium atoms to produce electricity.

(255) The breeder reactor uses nuclear fission to generate electricity, and it also produces plutonium as a byproduct.

(256) The process of nuclear fission involves breaking down atoms into energy that can be used to generate electricity.

(257) The nuclear reactor, which generates heat through nuclear fission, is a crucial component of nuclear power plants.

(258) The reproduction process in bacteria involves binary fission, where a single cell divides into two identical cells.

(259) The process of binary fission in bacteria involves the splitting up of a single cell into two identical daughter cells.

(260) Atomics, which rely on the fission of atomic nuclei, can produce enormous amounts of energy with relatively little fuel.

(261) Nuclear fission is a process in which the atomic nucleus splits into two smaller nuclei, and it releases a large amount of energy.

(262) When amoebas reproduce, they undergo a process called binary fission, in which they split in half to create two identical daughter cells.

(263) The efficiency of a fast reactor is measured by its breeding ratio, which indicates how many new fissile atoms are produced per fission event.

(264) The phenomenon of nuclear fission is a physical process in which the nucleus of an atom splits into two smaller nuclei, releasing a large amount of energy.

(265) When a neutron collides with an atom, it can cause the atom to split, releasing a tremendous amount of energy, and this process is known as nuclear fission.

(266) The atomic nucleus, which is held together by the strong nuclear force, can be split through nuclear fission, releasing a large amount of energy and radioactive particles.

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