Electron In Sentences - Examples Of Electron In Sentences

Search your words in sentences https://englishteststore.net/index.php?option=com_content&view=article&id=20211&Itemid=1131 - This is identical to the electron, but carries electrical and other charges of the opposite sign. - The polarization of the emitted radiation can be controlled by using permanent magnets to induce different periodic electron trajectories through the undulator. - The shielding effect also happens with elements that have many electrons on their furthest electron shell, for example chlorine. - Scientists used the experiment to discover the size of the electron. - Of the particles that make up an atom, only the electron is an elementary particle. - Just as MOs cannot tell the exact location of each electron, the exact location of each employee is not known. - The vacuum chamber is used to keep the electron beam from constant interference from air. - She had very good skills in electron microscopy. - Sodium does not exist as an element in nature; its easily removed valence electron is too reactive. - The Bohr model says that the angular momentum of an electron within a hydrogen atom can only be integer multiples of a certain number. - Image analysis and reconstruction in the electron microscopy of biological macromolecules. - They are used in the screens of older style cathode ray tube televisions to make visible light from an electron beam. - Einstein said that the effect was due to a photon striking an electron. - The electron configurations fill up with electrons in an unchanging order. - When an electron hits the surface, it may be reflected, absorbed, or conducted away. - Photoinduced rearrangements of 4n pi electron systems follow the disrotatory rule. - Elements other than oxygen are used for electron transport. - So a proton in an electric field would move away from another proton, or towards an electron. - It has the same mass and spin as an electron. - In addition, the electrons orbit in electron shells. - It can also be used outside of web browsers, such as running services in Node.js or apps in the electron framework. - Period 6 elements have electrons in the first six electron shells. - They are so small they can only just be seen with a light microscope; details require an electron microscope. - At higher temperatures each unbound electron behaves as if it were a free particle. - The idea of Niels Bohr and his colleagues was that the electron does not move between orbits but instead it disappears from one orbit and instantaneously appears in another orbit. - Therefore, there is an electron antineutrino, a muon antineutrino, and tau antineutrino. - For example, a neutral hydrogen atom has one proton and one electron. - This electron forms a chemical bond to the rest of the molecule. - The electron flow produced by the reaction center chlorophyll pigments is used to shuttle H into sugars as well as for other biosynthetic reductions. - This takes both the magnetic dipole moment due to the orbital angular momentum and the magnetic momentum arising from the electron spin into account. - So, all muons decay to at least an electron, and two neutrinos. - They are a lot smaller than bacteria and can only be seen using an electron microscope. - Period 5 elements have electrons in the first five electron shells. - The electron can spontaneously jump to it and emit a photon with the excess energy. - This formula says that an electron will only be found on the energy levels predicted by the formula, and not anywhere in between. - Ionization energy is the energy needed to remove the most loosely attached electron from an atom. - Madey used a 24 MeV electron beam and 5 m long wiggler to amplify a signal. - In this case the oxygen atom shares one electron with each hydrogen atom. - Any quantity of energy absorbed by the electron in excess of this amount is converted to kinetic energy according to the conservation of energy. - That only happens when a photon of a certain frequency and energy comes in from the outside, is absorbed by the electron and gives it its energy, and that is what makes the electron go out to a higher orbit. - The functions can tell the probability of finding an electron in any specific region. - Instead of circling just one atom, the electron now circles around two. - A wave of change in electron spins can then move through the electrons in the crystal lattice as it dissipates like waves on a pool of water. - At higher temperatures each electron behaves as if it were a free particle. - To observe some of the smallest unicellular organisms requires an electron microscope, while the very largest can be seen with a microscope or anything that enhances images.