Use "Electron" in a sentence | "Electron" sentence examples
Electron is a fundamental particle that plays a crucial role in the structure and behavior of matter. It is a negatively charged subatomic particle that orbits around the nucleus of an atom. Electrons are responsible for the chemical and physical properties of elements and compounds, and they are involved in a wide range of phenomena, from electricity and magnetism to light and radiation. If you want to use the word "electron" in a sentence, there are several tips that can help you to do so effectively and accurately. Here are some of the most important things to keep in mind:
1. Understand the meaning of the word: Before you use the word "electron" in a sentence, it is important to have a clear understanding of what it means. This will help you to use it correctly and in the appropriate context. You can consult a dictionary or other reference materials to learn more about the definition and properties of electrons.
2. Use the word in a scientific context: Electron is a scientific term that is most commonly used in the context of physics, chemistry, and other sciences. If you are writing or speaking about scientific topics, it is important to use the word "electron" in a way that is consistent with the accepted scientific definitions and conventions.
3. Use the word in a technical context: Electron is also a technical term that is used in various fields, such as electronics, computing, and telecommunications. If you are writing or speaking about these topics, it is important to use the word "electron" in a way that is consistent with the technical jargon and terminology of the field.
4. Use the word in a descriptive context: Electron can also be used in a descriptive context to refer to the behavior or properties of matter.
For example, you might say that a material has a high electron density, or that an electron beam is used to scan a surface. In these cases, it is important to use the word "electron" in a way that accurately describes the phenomenon you are referring to.
5. Use the word in a creative context:
Finally, electron can also be used in a creative or metaphorical context to convey a particular meaning or feeling.
For example, you might say that a piece of music has an "electronic" sound, or that a person has an "electric" personality. In these cases, it is important to use the word "electron" in a way that is appropriate to the context and conveys the intended meaning.
Overall, the word "electron" is a versatile and important term that is used in a wide range of contexts. By following these tips, you can use the word effectively and accurately in your writing and speaking, whether you are discussing scientific concepts, technical jargon, or creative expressions.
In the remaining portion of this article, additional example sentences are presented to demonstrate the usage of the term "Electron" within sentences.
"Electron"
(1) The electron is a type of lepton.
(2) The electron beam is used in welding.
(3) An electron volt is a unit of energy.
(4) The klystron is a type of electron tube.
(5) The electron beam is used in lithography.
(6) Alkaline metals have one valence electron.
(7) The electron cloud is made up of orbitales.
(8) Group I elements have one valence electron.
(9) The biloculate electron orbited the nucleus.
(10) The electron beam is used in X-ray machines.
Sentence For "Electron"
(11) The electron volt is a small unit of energy.
(12) The radius of the electron is 2.8 picometers.
(13) The betatron is a type of electron microscope.
(14) The electron volt is commonly used in physics.
(15) The electron volt is named after the electron.
(16) The electron is the most commonly known lepton.
(17) The meson's mass is measured in electron volts.
(18) The anti particle of an electron is a positron.
(19) The boundary of the atom is the electron cloud.
(20) The electron beam can be used to cut materials.
"Electron" In A Sentence
(21) The electron beam is used in surface treatment.
(22) The electron beam is used in plasma generation.
(23) The electron beam is used in radiation therapy.
(24) The electron beam is used in mass spectrometry.
(25) The negatron is the antiparticle of the electron.
(26) The univalent atom had a single valence electron.
(27) Electrons gain energy in units of electron volts.
(28) The klystron is a type of vacuum electron device.
(29) The electron beam is used in electron microscopes.
(30) The electron beam can be used to create holograms.
"Electron" Sentence
(31) The electron beam can be used to create nanowires.
(32) The electron beam is used in electron lithography.
(33) The electron beam is used in particle accelerators.
(34) The electron beam can be used to analyze materials.
(35) Negative electricity is also known as electron flow.
(36) The electron beam can be used to deposit thin films.
(37) One electron volt is equal to 1.602 x 10^-19 joules.
(38) The antiparticle of an electron is called a positron.
(39) The electron shell is the outermost layer of an atom.
(40) The energy of a photon is measured in electron volts.
"Electron" Sentence Examples
(41) The position of an electron can oscillate in an atom.
(42) Electrons can be detected using electron microscopes.
(43) A beta particle is a high-energy electron or positron.
(44) The electron moved sinusoidally in the magnetic field.
(45) Asynapses can be visualized using electron microscopy.
(46) The electron beam can be used to create 3D structures.
(47) The electron will oscillate at a specific energy level.
(48) Sodium has one valence electron in its outermost shell.
(49) Photocathodes are commonly used in electron microscopy.
(50) The electron beam can be focused to a very small point.
Sentence With "Electron"
(51) A positive ion is formed when an atom loses an electron.
(52) The positron is the antiparticle of the electron lepton.
(53) The electron is the lightest of all the charged leptons.
(54) The cathodograph was used in early electron microscopes.
(55) Hydrogen has one proton and one electron in its nucleus.
(56) The monosome can be visualized using electron microscopy.
(57) The electron neutrino is the lightest of all the leptons.
(58) The meson's mass is much larger than that of an electron.
(59) The protium atom consists of one proton and one electron.
(60) Spheroplasts can be visualized using electron microscopy.
Use "Electron" In A Sentence
(61) The energy of a photon can be transferred to an electron.
(62) The coenzyme is involved in the electron transport chain.
(63) The energy of a photon can be measured in electron volts.
(64) The electron beam is used in semiconductor manufacturing.
(65) The energy of an X-ray can be measured in electron volts.
(66) Reductase is a key enzyme in the electron transport chain.
(67) The reactivity of carbene is due to its unpaired electron.
(68) When an atom loses an electron, it becomes a positive ion.
(69) When an atom gains an electron, it becomes a negative ion.
(70) Diaphorase is a key enzyme in the electron transport chain.
Sentence Using "Electron"
(71) When an atom loses or gains an electron, it becomes an ion.
(72) Positrons are attracted to regions of high electron density.
(73) Borane is a Lewis acid that can act as an electron acceptor.
(74) The Rydberg electron is highly sensitive to external fields.
(75) The electron configuration of tetraiodide is [Kr]4d105s25p5.
(76) Sodium is an alkali metal and has only one valence electron.
(77) The energy of a gamma ray can be measured in electron volts.
(78) The atomic model represents the electron as a spherical form.
(79) Uranyl acetate is a common stain used in electron microscopy.
(80) The electron beam can be used to sterilize medical equipment.
Sentences With "Electron"
(81) The electron volt is a fundamental unit of energy in physics.
(82) Positive ions are attracted to areas of high electron density.
(83) The weak force is involved in the process of electron capture.
(84) The diffractions of electrons are used in electron microscopy.
(85) The process of ionising an atom involves removing an electron.
(86) Synaptic vesicles can be visualized using electron microscopy.
(87) The radius of the electron determines its energy and behavior.
(88) An electron volt is a unit of energy commonly used in physics.
(89) Positive ions are attracted to areas of lower electron density.
(90) The basicities of Lewis bases depend on their electron density.
Sentence Of "Electron"
(91) The flavin cofactor is involved in electron transfer reactions.
(92) The capsid of a virus can be studied using electron microscopy.
(93) The electron beam can be used to create high-resolution images.
(94) Ubiquinone is a vital component in the electron transport chain.
(95) The tetrode's design allows for better control of electron flow.
(96) Electrophiles are attracted to regions of high electron density.
(97) Coenzyme Q is a vital component in the electron transport chain.
(98) Axones can be studied using techniques like electron microscopy.
(99) Electrons in the same electron shell have similar energy levels.
(100) Hemoprotein can also play a role in electron transfer reactions.
"Electron" Sentences
(101) The backscatter of electrons can be used in electron microscopy.
(102) The energy of a chemical bond can be measured in electron volts.
(103) The energy of a beta particle can be measured in electron volts.
(104) The formation of a positive ion is a result of electron transfer.
(105) Retroviral particles can be visualized using electron microscopy.
(106) The first microscope antedates electron microscopes by centuries.
(107) Neutrinos come in three different types: electron, muon, and tau.
(108) The nanowire was used as a probe for scanning electron microscopy.
(109) The weight of an electron is measured in quadrillionths of a gram.
(110) The dynatron is a type of electron tube used in medical equipment.
"Electron" Use In Sentence
(111) The eigenstate of the electron was found to be in a spin-up state.
(112) Photoinduced electron transfer is a key process in photosynthesis.
(113) Cytochromes are essential proteins involved in electron transport.
(114) The old microscope was the predecessor of the electron microscope.
(115) The capsid of a virus can be visualized using electron microscopy.
(116) The electron neutrino is the most abundant type of neutrino lepton.
(117) In beta decay, an electron or positron is emitted from the nucleus.
(118) Electrophiles can be highly reactive towards electron-rich species.
(119) The mass of the electron is very small compared to other particles.
(120) The energy of a nuclear reaction can be measured in electron volts.
Sentence On "Electron"
(121) The anticathode is a target for electron bombardment in X-ray tubes.
(122) The collimated electron beam was used for precise material analysis.
(123) The electron transfer can interfere inside the electrochemical cell.
(124) The bivalency of copper is important in electron transfer reactions.
(125) The pyrenoid can be visualized using electron microscopy techniques.
(126) The univalent compound was highly reactive due to its lone electron.
(127) Microfibrils can be visualized using electron microscopy techniques.
(128) The electron transitions to an excited state when it absorbs energy.
(129) The nucleolar structure can be visualized using electron microscopy.
(130) The eigenstate of the electron was observed to be in a stable state.
"Electron" Example
(131) The energy of a photon can be transferred to an electron in an atom.
(132) The discovery of the electron led to the development of electronics.
(133) The mass of the electron is much smaller than the proton or neutron.
(134) The energy of an electron in a plasma is measured in electron volts.
(135) The anticathode is a target for electron acceleration in X-ray tubes.
(136) The reactivity of electrophiles depends on their electron deficiency.
(137) The dynatron is a type of electron tube used in microwave technology.
(138) The biaxal texture of the rock was studied using electron microscopy.
(139) Tauon is a type of subatomic particle that is similar to an electron.
(140) The beta decay of the element results in the emission of an electron.
"Electron" In Sentence
(141) The energy of an ionizing particle can be measured in electron volts.
(142) The viroid can be detected in plant tissues using electron microscopy.
(143) The Rydberg electron can be used to probe the properties of molecules.
(144) Archaeologists can use electron microscopy to study ancient materials.
(145) The exosporium can be visualized using electron microscopy techniques.
(146) The spherical shape of a molecule is due to its electron distribution.
(147) The titer of the viral particles was determined by electron microscopy.
(148) Carbocations can be stabilized by neighboring electron-donating groups.
(149) The coprecipitate was characterized using scanning electron microscopy.
(150) The electron configuration of an atom determines its chemical behavior.
"Electron" Sentences In English
(151) A photon can be emitted when an electron drops to a lower energy level.
(152) The alkali-metals group has only one electron in their outermost shell.
(153) Benzoquinones can be used as electron acceptors in organic solar cells.
(154) The electron acceptor undergoes reduction to become a reduced molecule.
(155) The medical implants were sterilized by way of electron beam radiation.
(156) Electrons in the outermost electron shell are called valence electrons.
(157) The troilite in the rock sample was analyzed using electron microscopy.
(158) Flavin-containing proteins are involved in electron transfer reactions.
(159) Bilayers can be visualized using techniques such as electron microscopy.
(160) The thylakoid membrane is where the electron transport chain is located.
Make Sentence With "Electron"
(161) The discovery of the electron was a major breakthrough in atomic theory.
(162) The dynatron is a type of electron tube used in television broadcasting.
(163) The scientist used a coulombmeter to measure the charge on the electron.
(164) Homonuclear molecules have identical nuclei and electron configurations.
(165) Borane is a Lewis acid that can coordinate with electron-rich molecules.
(166) The resolution of an electron microscope can reach up to 0.1 nanometres.
(167) A free electron is an electron that is not bound to an atom or molecule.
(168) The energy released in a nuclear reaction is measured in electron volts.
(169) The energy of a photon emitted by a laser is measured in electron volts.
(170) The energy of an electron in a solar cell is measured in electron volts.
Sentences Using "Electron"
(171) The ultrastructure of the cell was examined under an electron microscope.
(172) The collision between an electron and a positron results in annihilation.
(173) The tau lepton has a mass approximately 3,500 times that of the electron.
(174) The resistivity of a material can be influenced by its electron mobility.
(175) The quantum number determines the energy level of an electron in an atom.
(176) The principal quantum number indicates the size of an electron's orbital.
(177) The resolution of an electron microscope can be as low as 0.1 nanometres.
(178) Absolute-zero is the temperature at which all matter becomes an electron.
(179) The backscatterings of the electron beam created a pattern on the screen.
(180) The mesotron has a mass that is about 200 times greater than an electron.
Sentence From "Electron"
(181) The microstructures of the alloy were analyzed using electron microscopy.
(182) The resolution of electron microscopy can reach down to a few picometers.
(183) The collimator is used to focus the electron beam in electron microscopy.
(184) The energy of an electron in a vacuum tube is measured in electron volts.
(185) Electron spin resonance is a non-destructive method of analyzing samples.
(186) Electrophiles can react with electron-rich species to form covalent bonds.
(187) The sarcosomal ultrastructure can be visualized using electron microscopy.
(188) The energy level of an electron is determined by the orbitale it occupies.
(189) The crookes tube was used to study the properties of electron diffraction.
(190) The conidial structure of the mold was analyzed using electron microscopy.
(191) The thylakoids contain proteins that help in the electron transport chain.
(192) The lyophilizers were used to prepare the samples for electron microscopy.
(193) The thermionic cathode is a type of electron emitter used in vacuum tubes.
(194) The electron volt is a useful unit for describing the energy of radiation.
(195) Quinone is a key player in the electron transfer process in photosynthesis.
(196) The resolution of an electron microscope can be as low as a few nanometres.
(197) The electron transport chain breaks down high-energy molecules into energy.
(198) The bipyramidal crystal structure was determined using electron microscopy.
(199) Alkali metals are highly reactive and easily lose their outermost electron.
(200) The azimuthal quantum number determines the shape of an electron's orbital.
(201) The photon is emitted when an electron transitions to a lower energy level.
(202) The gyromagnetic ratio of an electron is much larger than that of a proton.
(203) The clinopinacoid crystal structure was analyzed using electron microscopy.
(204) The intervalley phonon scattering in graphene limits its electron mobility.
(205) Cytochrome b is a component of complex III in the electron transport chain.
(206) The energy of an electron in a semiconductor is measured in electron volts.
(207) The molecule exhibits a bipyramidal geometry due to its five electron pairs.
(208) The inverse electron demand Diels-Alder reaction is a type of cycloaddition.
(209) Electrophiles can be highly reactive due to their electron-deficient nature.
(210) Electrophiles can be stabilized by resonance or electron-withdrawing groups.
(211) The energy of a photon absorbed by a material is measured in electron volts.
(212) The energy of an electron in a superconductor is measured in electron volts.
(213) Alkali metals have a single valence electron in their outermost energy level.
(214) The antinodal planes of a molecule are where the electron density is highest.
(215) The n-s electron transfer is responsible for the formation of the ionic bond.
(216) The electron cloud is the region where electrons are most likely to be found.
(217) The atomic radius is the distance from the nucleus to the outermost electron.
(218) The energy of a photon can be transferred to an electron, causing it to move.
(219) The androecial features of the plant were analyzed using electron microscopy.
(220) The resolution of an electron microscope can be as small as a few picometres.
Short & Simple Example Sentence For "Electron" | "Electron" Sentence
(221) The botuliform morphology of the virus was studied using electron microscopy.
(222) Alkaline earth metals have a low electron affinity and low electronegativity.
(223) The unpolarized electron beam was used to investigate the structure of atoms.
(224) The mineral's crystalline structure was determined using electron microscopy.
(225) The electron beam welding process is commonly used in the aerospace industry.
(226) The energy of an electron in an electric field is measured in electron volts.
(227) Macromolecules can be visualized using techniques such as electron microscopy.
(228) Azoxy derivatives have been used as electron acceptors in organic solar cells.
(229) The valence electrons of an atom can be found in the outermost electron shell.
(230) The ionization energy of an atom is the energy required to remove an electron.
(231) The magnetic moment of the electron is a fundamental property of the particle.
(232) The conidial structure of the pathogen was analyzed using electron microscopy.
(233) The ionising potential of an element is related to its electron configuration.
(234) The micromorphology of the bone tissue was analyzed using electron microscopy.
(235) The resolution of an electron microscope can reach down to a few millimicrons.
(236) The energy of an electron in a cathode ray tube is measured in electron volts.
(237) Electron spin resonance can be used to study the properties of semiconductors.
(238) Electron spin resonance can be used to study the properties of metalloenzymes.
(239) The karyolymph was fixed, and the cells were prepared for electron microscopy.
(240) Adenyl is a critical component of the electron transport chain in mitochondria.
How Do You Write A Good Sentence With "Electron"?
(241) Muons are unstable and decay into an electron, a neutrino, and an antineutrino.
(242) Within the thylakoid, photosystems I and II are involved in electron transport.
(243) The scanning electron microscope provided high-resolution images of the sample.
(244) Electrophiles are chemical species that are attracted to electron-rich regions.
(245) The magnetic quantum number specifies the orientation of an electron's orbital.
(246) The scanning electron microscope can magnify objects up to 1 nanometre in size.
(247) Sodium is an electropositive element that readily donates its valence electron.
(248) The tungsten wire is used in the production of electron tubes and vacuum tubes.
(249) Tauon is one of the three known types of leptons, along with electron and muon.
(250) The undulator is a critical component in the operation of free-electron lasers.
(251) The beta decay of a radioactive element results in the emission of an electron.
(252) Anhydrides are highly reactive compounds due to their electron-deficient nature.
(253) The microtome is used to create thin sections of tissue for electron microscopy.
(254) Ultrastructurally, the lysosomes showed a characteristic electron-dense content.
(255) The energy of cosmic rays can range from a few electron volts to several joules.
(256) The stability of double-bonds is due to the strong overlap of electron orbitals.
(257) The electron's energy caused it to break into photons, emitting bursts of light.
(258) The spin quantum number describes the intrinsic angular momentum of an electron.
(259) Aromaticities can be determined by analyzing the electron density of a molecule.
(260) The hypercharge of the electron determines its interaction with other particles.
English Sentences With Audio Using The Word "Electron".
(261) The principles of thermionics are applied in the design of electron microscopes.
(262) The heme group in cytochrome is essential for its function in electron transfer.
(263) Actinides have similar chemical properties due to their electron configurations.
(264) The energy of an electron in a gas discharge tube is measured in electron volts.
(265) The energy of an electron in a solid-state device is measured in electron volts.
(266) Electron spin resonance can be used to study the kinetics of chemical reactions.
(267) The electron volt is used to describe the energy of electrons in semiconductors.
(268) The superoxide ion is formed by the addition of one electron to molecular oxygen.
(269) The scientist will collimate the electron microscope for high-resolution imaging.
(270) The bipyramidal shape of the molecule allows for maximum electron delocalization.
(271) The cisternae of the Golgi apparatus can be visualized using electron microscopy.
(272) The electron's energy caused it to break into photons, releasing bursts of light.
(273) The stability of amidins can be improved by introducing electron-donating groups.
(274) The electron shell is also known as the energy level or principal quantum number.
(275) The antibonding electron density is concentrated away from the internuclear axis.
(276) The resolution of an electron microscope can reach down to the millimicron level.
(277) The dynode is an important part of the electron multiplier used in gas detectors.
(278) Photoelectrons are used in electron microscopy to produce high-resolution images.
(279) The ions in a semiconductor can be analyzed using a scanning electron microscope.
(280) The energy of a particle in a particle accelerator is measured in electron volts.
How To Use "Electron" With Example Sentences.
(281) The formal charge of an atom can be used to determine its electron configuration.
(282) Although an electron volt is a unit of energy, it is not a unit of power or work.
(283) The collimated electron beam lithography system allowed for nanoscale fabrication.
(284) Ubiquinone is a crucial component of the electron transport chain in mitochondria.
(285) With the scanning electron microscope, we observed the fine structure of the cell.
(286) By utilizing the scanning electron microscope, we examined the surface topography.
(287) The scanning electron microscope provided detailed images of the sample's surface.
(288) The valence electrons of an atom can be represented by the electron dot structure.
(289) Bivalences can be used to determine the valence electron configuration of an atom.
(290) The quadrupole lens is used in electron microscopy to focus and magnify the image.
(291) The quantum number of an electron can affect its chemical behavior and reactivity.
(292) The isotropic properties of the metal were investigated using electron microscopy.
(293) The electron beam was deflected by the magnetic field, so the image was distorted.
(294) The allanitic content of the rock was measured using electron microprobe analysis.
(295) The cryo electron microscope is a powerful tool for studying molecular structures.
(296) The degree of crystallinity in the mineral was analyzed using electron microscopy.
(297) The scientist used an electron microscope to study the inset of the insect's wing.
(298) The trimetallic structure of the material allowed for efficient electron transfer.
(299) Cytochrome is a protein that plays a crucial role in the electron transport chain.
(300) The discovery of the electron was the precursor to the development of electronics.
(301) The energy of an electron in a photoelectric device is measured in electron volts.
(302) The electron transport chain is a series of exergonic reactions that generate ATP.
(303) Cytochrome b is a protein involved in the electron transport chain of mitochondria.
(304) The steric repulsion between the electron clouds resulted in a higher energy state.
(305) The scanning electron microscope helped us analyze the composition of the material.
(306) The quantum number of an electron can be determined through spectroscopic analysis.
(307) The electron beam is used in electron microscopy to magnify images of tiny objects.
(308) The energy of a charged particle in a magnetic field is measured in electron volts.
(309) The energy of an electron in a thermoelectric device is measured in electron volts.
(310) The electron volt is a convenient unit for measuring atomic and subatomic energies.
(311) The electron volt is used to describe the energy of electrons in cathode ray tubes.
(312) The energy of an alpha-particle is typically measured in MeV (mega-electron volts).
(313) The team used scanning electron microscopy to analyze electrode surface morphology.
(314) The microstructural properties of the alloy were studied using electron microscopy.
(315) The cathodes in the electron microscope were carefully aligned for optimal imaging.
(316) The photon was absorbed by the semiconductor, and it created an electron-hole pair.
(317) The anticathode is designed to withstand high temperatures and electron bombardment.
(318) The scientist uses an electron microscope to peer into the void of atomic particles.
(319) The scanning electron microscope allowed us to study the morphology of the specimen.
(320) By using the scanning electron microscope, we detected the presence of contaminants.
(321) The vacuum-dehydration technique is used to prepare samples for electron microscopy.
(322) The electron beam was emitted from the cathode, and it was accelerated by the anode.
(323) If an atom loses an electron, it can release energy in the form of an electron volt.
(324) The magnetic dipole moment of an electron is a fundamental property of the particle.
(325) The electron shell is responsible for the formation of chemical bonds between atoms.
(326) The electron transfer in a battery is an example of an oxidation-reduction reaction.
(327) The anode in CRT monitors helps to produce the electron beam that creates the image.
(328) Quinone compounds have been used as electron acceptors in organic electronic devices.
(329) With the scanning electron microscope, we observed the fine details of the microchip.
(330) By utilizing the scanning electron microscope, we examined the texture of the fabric.
(331) The scanning electron microscope revealed the intricate patterns on the plant's leaf.
(332) The presence of electron-withdrawing groups on benzylidines affects their reactivity.
(333) The pyrrol ring is aromatic, meaning it has a stable, delocalized pi electron system.
(334) The oligomeric assembly of the protein was visualized using cryo-electron microscopy.
(335) The energy of an electron in a magnetic storage device is measured in electron volts.
(336) Electron spin resonance is a technique used to study the properties of free radicals.
(337) The electron spin resonance technique can be used to study the structure of proteins.
(338) The use of photocathodes has greatly improved the resolution of electron microscopes.
(339) Micelles can be visualized using techniques such as transmission electron microscopy.
(340) The stability of alkoxy groups can be increased by electron-withdrawing substituents.
(341) The cytochrome c oxidase complex is the final enzyme in the electron transport chain.
(342) The process of ionization occurs when an atom or molecule gains or loses an electron.
(343) Haem is also found in cytochromes, which are involved in electron transport in cells.
(344) A photon can be absorbed by an electron, causing it to jump to a higher energy level.
(345) The reactivity of quinone can be enhanced by the presence of electron-donating groups.
(346) The anticathode is a target for electron bombardment in X-ray diffraction experiments.
(347) The scanning electron microscope revealed intricate details of the specimen's surface.
(348) The stability of benzoquinones depends on the presence of electron-withdrawing groups.
(349) The electron beam ion trap is a device used to study the behavior of ions in a vacuum.
(350) The movement of free electrons can be visualized using a scanning electron microscope.
(351) Electron spin resonance can be used to study the properties of magnetic nanoparticles.
(352) The electron beam, which was emitted from the cathode, was directed towards the anode.
(353) The excited state of the electron cloud determines the chemical properties of an atom.
(354) Thermionic emission is used in electron microscopes to produce high-resolution images.
(355) The invariance of the charge of an electron is a fundamental property of the universe.
(356) The reactivity of thiophene can be enhanced by introducing electron-withdrawing groups.
(357) The collimated electron microscope allowed for detailed examination of tiny structures.
(358) The reactivity of pyridines can be enhanced by introducing electron-withdrawing groups.
(359) The meson is a subatomic particle with a mass between that of an electron and a proton.
(360) With the scanning electron microscope, we could clearly see the surface irregularities.
(361) The scanning electron microscope revealed the intricate patterns on the insect's wings.
(362) With the scanning electron microscope, we observed the surface roughness of the object.
(363) The electron spin resonance technique is widely used in the field of materials science.
(364) The klystron is a type of electron tube that uses resonant cavities to amplify signals.
(365) The electron volt is used to describe the energy of particles in particle accelerators.
(366) The electron beam was modulated by the signal, and it was used to transmit information.
(367) Electron-microscopy is a powerful tool for studying the structure of cells and tissues.
(368) Gallium arsenide is known for its high electron mobility and low noise characteristics.
(369) Positronium is a short-lived atom-like particle composed of an electron and a positron.
(370) Cytochrome b is a protein that is part of the electron transport chain in mitochondria.
(371) The energy of an electron in an orbital is determined by its distance from the nucleus.
(372) The type of chemical bond formed between atoms depends on their electron configuration.
(373) The aeolotropic structure of the crystal lattice was determined by electron microscopy.
(374) By using the scanning electron microscope, we identified the presence of microorganisms.
(375) The semiquinone species can be detected by electron paramagnetic resonance spectroscopy.
(376) The periodic table is elementally organized by atomic number and electron configuration.
(377) The microanatomical features of the bone tissue were examined using electron microscopy.
(378) The microcrystals were coated with a thin layer of gold for electron microscopy imaging.
(379) The student used a wave function to calculate the probability of an electron's position.
(380) The photon collided with an electron, and it caused it to jump to a higher energy level.
(381) The stability of pyridines can be influenced by the presence of electron-donating groups.
(382) With the scanning electron microscope, we could observe the growth patterns of the cells.
(383) With the scanning electron microscope, we could visualize the arrangement of microfibers.
(384) The scanning electron microscope provided detailed images of the sample's microstructure.
(385) By using the scanning electron microscope, we detected the presence of foreign particles.
(386) The particles in a plasma accrete with respect to ionization energy and electron density.
(387) The electron spin resonance technique is widely used in the field of solid-state physics.
(388) Electron-microscopy allows us to visualize the intricate details of biological molecules.
(389) The ionisation potential of an atom is the energy required to remove an electron from it.
(390) The mineralogical structure of the crystal lattice was studied using electron microscopy.
(391) The electron microscope revealed the intricate fibril arrangement in the collagen fibers.
(392) The binuclear metal complex was used as a model for studying electron transfer reactions.
(393) The efficiency of photocathodes is a critical factor in the performance of electron guns.
(394) When a photon is absorbed by an atom, it can excite an electron to a higher energy level.
(395) The scanning electron microscope allowed us to observe the nanostructures of the material.
(396) The scanning electron microscope provided high-resolution images of the mineral's surface.
(397) The scanning electron microscope helped us analyze the surface morphology of the material.
(398) The structure of capsids can be determined using techniques like cryo-electron microscopy.
(399) The antinodal points of a wave function are where the electron is most likely to be found.
(400) Electron spin resonance is a non-invasive method for studying the properties of materials.
(401) Electron spin resonance can be used to study the properties of transition metal complexes.
(402) Electron spin resonance is a valuable tool for studying the properties of metalloproteins.
(403) The electron microscope can magnify inside of the atom and reveal its subatomic particles.
(404) The electron shell is divided into subshells, each with a different shape and orientation.
(405) The reactivity of anilines can be enhanced by the presence of electron-withdrawing groups.
(406) The presence of leucoplasts in a plant cell can be identified through electron microscopy.
(407) The binuclear copper complex was used as a model for studying electron transfer reactions.
(408) The high-vacuum electron microscope was used to observe the microstructure of the samples.
(409) Tauon has a negative charge and a mass that is about 3,500 times greater than an electron.
(410) Electron microscopy allows for the visualization of ultrastructures at high magnification.
(411) The picosecond is used to measure the time it takes for an electron to move within an atom.
(412) Anaerobes can survive in the absence of oxygen by utilizing alternative electron acceptors.
(413) With the scanning electron microscope, we could visualize the arrangement of nanoparticles.
(414) The scanning electron microscope revealed the intricate details of the fossilized specimen.
(415) The valence electrons of an atom can be represented by the electron configuration notation.
(416) The nucleonic spin of the electron was observed using a magnetic resonance imaging machine.
(417) The reactivity of amidogens can be enhanced by the presence of electron-withdrawing groups.
(418) The use of electron-microscopy has revolutionized our understanding of the nanoscale world.
(419) The microbeam scanning electron microscope revealed the surface morphology of the material.
(420) Thermion cathodes are commonly used in electron microscopes to produce a beam of electrons.
(421) Electromagnets are used in televisions to deflect the electron beam that creates the image.
(422) The energy of a free electron in a solid is quantized due to the confinement of its motion.
(423) The electron-rich nature of thiophene allows it to undergo various chemical transformations.
(424) The scanning electron microscope allowed us to analyze the fracture surface of the material.
(425) By utilizing the scanning electron microscope, we examined the microstructure of the sample.
(426) By using the scanning electron microscope, we identified the presence of metallic particles.
(427) The atoms in a molecule accrete with respect to chemical bonding and electron configuration.
(428) The reactivity of carboniums can be enhanced by the presence of electron-withdrawing groups.
(429) The chemicophysical properties of the element were determined by its electron configuration.
(430) The reactivity of phosphines can be enhanced by the presence of electron-withdrawing groups.
(431) Carbanions can be stabilized by resonance or through the use of electron-withdrawing groups.
(432) The reactivity of phosphines can be enhanced by the addition of electron-withdrawing groups.
(433) The metallurgist studied the microstructure of the nickelic steel using electron microscopy.
(434) The electron beam diffraction technique is used to study the crystal structure of materials.
(435) The electron spin resonance technique can be used to study the properties of semiconductors.
(436) Electron spin resonance is a valuable tool for studying the properties of organic molecules.
(437) Electron spin resonance is a powerful tool for studying the properties of organic molecules.
(438) The electron beam was generated by the electron gun, and it was directed towards the target.
(439) Although the electron beam was powerful, it was not able to penetrate the thick metal plate.
(440) The virions can be visualized under the electron microscope due to their distinct morphology.
(441) The scanning electron microscope helped us investigate the crystal structure of the material.
(442) The concept of aromaticities is closely related to the concept of pi-electron delocalization.
(443) Antimycin is commonly used in research to study the electron transport chain in mitochondria.
(444) The heterolytic mechanism involved the transfer of an electron pair from one atom to another.
(445) The stability of diazoles can be enhanced by the introduction of electron-withdrawing groups.
(446) The dynode is a type of electron multiplier that can amplify signals by a factor of millions.
(447) The ultrastructural features of the muscle tissue were studied under the electron microscope.
(448) The electron configuration of an atom describes the arrangement of electrons in its orbitals.
(449) The electron beam ionization source is used to ionize samples for mass spectrometry analysis.
(450) Electron spin resonance is a non-destructive method for studying the properties of materials.
(451) The electron spin resonance technique can be used to study the properties of superconductors.
(452) The electron beam was focused by the lens, and it was used to create a high-resolution image.
(453) While the electron beam was scanning the surface, it detected a small defect in the material.
(454) Quinone is an important component in the electron transport chain during cellular respiration.
(455) The scanning electron microscope helped us investigate the surface properties of the material.
(456) The semiquinone intermediate plays a key role in the electron transport chain of mitochondria.
(457) The biological activity of amidins can be enhanced by introducing electron-withdrawing groups.
(458) The electron beam can irradiate underneath the surface of the metal to improve its properties.
(459) The high magnification of electron-microscopy allows us to see individual atoms and molecules.
(460) The electron shell is represented by a series of concentric circles around the atomic nucleus.
(461) Microlites can be analyzed using techniques such as electron microscopy and X-ray diffraction.
(462) The isoelectronic atoms have the same electron configuration but different numbers of protons.
(463) Cytochrome c is a protein involved in the electron transport chain during cellular respiration.
(464) The scanning electron microscope allowed us to study the surface characteristics of the sample.
(465) The resolution of electron-microscopy is much higher than that of traditional light microscopy.
(466) The electron shell plays a crucial role in determining the reactivity and stability of an atom.
(467) The paramagnetism of the sample was studied using electron paramagnetic resonance spectroscopy.
(468) The trimeric architecture of the protein complex was revealed through cryo-electron microscopy.
(469) The iron atom in hemes is crucial for their function in oxygen transport and electron transfer.
(470) Understanding electron spin resonance is essential for researchers in the field of spintronics.
(471) The electron spin resonance signal can be used to determine the oxidation state of a metal ion.
(472) The electron beam, which was accelerated to a high velocity, collided with the target material.
(473) When an electron is captured by an atom, it can release energy in the form of an electron volt.
(474) The Fermi level is the energy level at which the probability of finding a free electron is 50%.
(475) The electron microscope revealed the presence of numerous virions in the patient's blood sample.
(476) The toxicity of rotenone is due to its ability to inhibit the electron transport chain in cells.
(477) The ararite sample was analyzed using electron microscopy to determine its chemical composition.
(478) The archeometry lab is equipped with a scanning electron microscope for high-resolution imaging.
(479) The ionising energy required to remove an electron from an atom varies depending on the element.
(480) The ionisation energy of an atom is the amount of energy required to remove an electron from it.
(481) The nucleophilicity of the molecule was affected by the presence of electron-withdrawing groups.
(482) The function of dehydrogenase is to transfer electrons from a substrate to an electron acceptor.
(483) The electron beam evaporation method is used to deposit thin films of materials onto substrates.
(484) Electron spin resonance is a valuable tool for studying the properties of transition metal ions.
(485) The acidity of diketone compounds can be enhanced by the presence of electron-withdrawing groups.
(486) The white dwarf's mass is supported by electron degeneracy pressure, preventing further collapse.
(487) The superhelical structure of DNA can be visualized using techniques such as electron microscopy.
(488) The number of electrons in an atom's outermost electron shell determines its chemical properties.
(489) The coprecipitate was characterized using scanning electron microscopy to observe its morphology.
(490) The granulometric properties of the volcanic ash were studied using scanning electron microscopy.
(491) Excitons are quasiparticles that are formed when an electron is excited to a higher energy level.
(492) The bonding orbital is characterized by a region of high electron density between the two nuclei.
(493) The electron beam was diffracting through the crystal lattice, revealing its molecular structure.
(494) Ultramicrotomy is a technique used to prepare thin sections of materials for electron microscopy.
(495) The isoelectronic series of ions have the same electron configuration but different atomic radii.
(496) The thermionic emission effect is used in electron microscopes to produce high-resolution images.
(497) The electron beam induced current method is used to study the electrical properties of materials.
(498) The electron beam lithography system is a key tool in the fabrication of microelectronic devices.
(499) The electron spin resonance technique is useful for studying the properties of metalloporphyrins.
(500) The electron beam was scattered by the atoms in the sample, but it still produced a useful image.
Learning English Faster Through Complete Sentences With "Electron"
Sentences are everywhere.
Without sentences, language doesn’t really work.
When you first started learning English, you may have memorized words such as English meaning of the word "Electron"; But now that you have a better understanding of the language, there’s a better way for you to learn meaning of "Electron" through sentence examples.
True, there are still words that you don’t know. But if you learn whole sentences with "Electron", instead of the word "Electron" by itself, you can learn a lot faster!
Focus Your English Learning On Sentences With "Electron".
Why Is Focusing on Sentences Important?
Sentences are more than just strings of words. They’re thoughts, ideas and stories. Just like letters build words, words build sentences. Sentences build language, and give it personality.
Again, without sentences, there’s no real communication. If you were only reading words right now, you wouldn’t be able to understand what I’m saying to you at all.
- The Word "Electron" in Example Sentences.
- "Electron" in a sentence.
- How to use "Electron" in a sentence.
- 10 examples of sentences "Electron".
- 20 examples of simple sentences "Electron".
All the parts of speech in English are used to make sentences. All sentences include two parts: the subject and the verb (this is also known as the predicate). The subject is the person or thing that does something or that is described in the sentence. The verb is the action the person or thing takes or the description of the person or thing. If a sentence doesn’t have a subject and a verb, it is not a complete sentence (e.g., In the sentence “Went to bed,” we don’t know who went to bed).
Four Types Of Sentence Structure.
Simple Sentences With "Electron"
A simple sentence with "Electron"contains a subject and a verb, and it may also have an object and modifiers. However, it contains only one independent clause.
Compound Sentences With "Electron"
A compound sentence with "Electron" contains at least two independent clauses. These two independent clauses can be combined with a comma and a coordinating conjunction or with a semicolon.
Complex Sentences With "Electron"
A complex sentence with "Electron" contains at least one independent clause and at least one dependent clause. Dependent clauses can refer to the subject (who, which) the sequence/time (since, while), or the causal elements (because, if) of the independent clause.
Compound-Complex Sentences With "Electron"
Sentence types can also be combined. A compound-complex sentence with "Electron" contains at least two independent clauses and at least one dependent clause.
