Acronyms

VE

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AcronymDefinition
VEVirtual Environment(s)
VEValue Engineering
VEVenezuela
VEVirtual Enterprise
VEVictory in Europe (World War II)
VEVersion Editor
VEVernal Equinox
VEVocational Expert (expert witness)
VEVehicle Engineering
VEValues and Ethics (college course)
VEVersaEmerge (band)
VEVoluntary Euthanasia
VEValue Edition
VEVelocity Engine (band)
VEVerbo Encarnado (Argentina)
VEVolumetric Efficiency (internal combustion engines)
VEV-Ego (Coke music)
VEAir Evacuation Squadron (US Navy)
VEVacuum Extraction (medicine)
VEValence Electron
VEVocational Evaluation
VEVelocity Error
VEVenezia - Venice (Veneto, Italy)
VEVaginal Examination
VEVessel Examiner
VEVisible Emission
VEVessel Examination
VEVital Exhaustion
VEVisual English
VEVideoEgg, Inc.
VEVisual Emissions
VEVesicular Exanthema
VEVeteranus (Latin: Veteran, epigraphy)
VEEquivalent Airspeed
VEVitae Essentia (gaming guild, Vanguard: Saga of Heroes)
VEVoucher Examiner
VEVenom Extract
VEVotre Eminence (French: Your Eminence)
VEVertical Elutriators
VEVirtual Eugene (Oregon)
VEVentricular Ectopia
VEVisalia Electric Railroad Company
VEPulmonary Ventilation During Exercise
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References in periodicals archive
They are usually weakly bound or outer-shell valence electrons, and they are generally not atomic number-dependant like backscattered electrons.
In this methodology, the valence electrons are calculated by the time-dependent Schrodinger equation while both the radiation field and the motion of the nuclei are treated classically.
Note that this expansion may in principle corresponding to the parabolic expansion of the energy containing double charged cations/anions which considerably expand the chemical reactivity analysis towards considering ceding/ accepting electronic pairing (dications/dianions) or transferring entire chemical bonds in molecular interactions; while the accuracy depends on how one refines the finite differentiation schemes (see below), the limits are restricted to the frontier or valence electrons in bonding.
I emphasize that chemical reactions and chemical bonding involve interactions of the outer or valence electrons. Using these fundamental concepts, a partial periodic table is built.
Consequently, when an atom combines with other atoms, it tends to lose or gain valence electrons to acquire a stable configuration.
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