Sentence examples for more electrons than from inspiring English sources
By hypothesis, there are distinct duplicates of each of those worlds in w* and, hence, w* must contain more electrons than, by assumption, it contains.
In addition, it has recently been reported that the edge of the β-borophene ribbons hosts more electrons than the body of the ribbon.
That would alter the balance of electrons and positrons among cosmic rays, as the usual source such as the cloudlike remnants of supernova explosions produce far more electrons than positrons.
A team led by Stuart Licht at the Technion-Israel Institute of TecHaifagy in hasfa has come up with a new cathode made from unusual iron-based molecules--iron VI), or "super-iron," comolecules--iron VIrb molecules--iron VIn manganese dioride.
Last year, researchers led by Bruce Parkinson, a chemist at the University of Wyoming, Laramie, reported in Science that they'd made a device with a single layer of lead sulfide quantum dots atop another semiconductor, which excited more electrons than it received photons, thus generating a larger electrical current -- the MEG signature.
When ω rf =Ω e /2 (the high-frequency case), an ion-rich sheath appeared near both the anode and cathode sides of the electrodes with several scales of the electron polarization drift, because more electrons than ions are lost as a result of the electron polarization drift.
Moreover, the B atoms at the lower layer (i.e., adjacent to ZrS2) lose more electron than those at the top layer.
Nitrogen atoms have one more electron than the carbon atoms in diamond, and this spare electron can exist in two different quantum states thanks to a property called spin.
The generation of the magnetic moment is mainly because Mn provides one more electron than the Mo atom; when C substitutes for the S atom, it needs more electrons to make the 2p orbit saturated.
It is due to the Mn providing one more electron than the Mo atom; when C substitutes for the S atom, it needs more electrons to make the 2p orbit saturated.
Similar to nitrogen, phosphorus has one more electron than carbon and thus acts as a donor; however, the ionization energy of phosphorus (0.6 eV) is much smaller than that of nitrogen (1.7 eV) and is small enough for room-temperature thermal ionization.
