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quantitysymbolreferenced inequation
efficiency, η of a stepMath - mathefficiency, η of a stepη
efficiency of nebulization, ɛ n in flame spectrometryMath - mathefficiency of nebulization, ɛ n in flame spectrometryɛ n
electric charge, QMath - applydifferential capacitanceC = ( ∂ Q ∂ E ) T , p , μ i , ...
differential capacitanceQ
electric charge, QQ
outer electric potential, ψ ψ = Q 4 π ɛ 0 r
electric conductance, GMath - mathconductance, GG
electric current, IMath - mathelectric current, II
electric current density, jMath - mathelectric current density, jj
electric dipole moment, pMath - mathelectric dipole moment, pp
electric dipole moment, pT = p × E
Math - mathelectric polarizability, αp i
electric polarizability, αp i = α E
electric displacement, DMath - applydielectric polarization, PP = D − ɛ 0 E
electric displacement, DD
polarization, PP = D − ɛ 0 E
polarization, PD = ɛ 0 χ (1)
electric field (strength), EMath - bvarcathodic transfer coefficient, α cα c ν = − R T n F ( ∂ ( ln ( | I c | ) ) ∂ E ) T , p , c i , ...
dielectric polarization, PP = D − ɛ 0 E
electric dipole moment, pE
electric dipole moment, pT = p × E
electric polarizability, αp i = α E
polarization, PP = D − ɛ 0 E
polarization, PP = ɛ 0 χ e (1) E + 1/2 χ e (2) E 2 + 1/6 χ e (3) E 3 + … = P (1) + P (2) + P (3) + …
polarization, PE i
electric mobility, u, μMath - mathelectric mobility, u, μu
Math - mathelectric mobility, u, μμ
electric polarizability, αMath - mathelectric polarizability, αα
electric polarizability, αp i = α E
electric potential, VMath - mathelectric potential, VV
electric resistance, RMath - mathelectric resistance, RR
electro-osmotic hold-up time, t eo in capillary electromigrationMath - mathelectro-osmotic hold-up time, t eo in capillary electromigrationt eo
electro-osmotic mobility, u or μ eo in capillary electromigrationMath - mathelectro-osmotic mobility, u or μ eo in capillary electromigrationu
Math - mathelectro-osmotic mobility, u or μ eo in capillary electromigrationμ eo
electro-osmotic mobility, u or μ eo in capillary electromigrationμ eo = ν eo E
electrode current density, jMath - mathelectrode current density, jj
electrode current density, jj = n ν B −1 F N B e
Math - mathelectrode current density, jc.d.
electrode potential, EMath - mathelectrode potential, EE
electrokinetic potential, ζMath - mathelectrokinetic potential, ζζ
electromotive force, EMath - mathelectromotive force, EE
electrophoretic mobility, μMath - mathelectrophoretic mobility, μμ
emission anisotropyMath - applyemission anisotropyr = I ∥ − I ⊥ I ∥ + 2 I ⊥
emission anisotropyr = ∑ i = 1 n f i r i
residual emission anisotropyr t = ( r 0 − r ∞ ) exp ( − t τ c ) + r ∞
rotational correlation time, τ c or θr t = r 0 exp ( − t τ c )
rotational correlation time, τ c or θr t
emittance, ɛMath - mathemittance, ɛɛ
energy, EMath - applyelectron stopping power in X-ray emission spectroscopyd E d x
energy, EE
energy, EE = h ν
energy, EE = m c 2
hyperpolarizability (of nth order)E = E o − μ i F i − 1 2 α i j F i F j − 1 6 β i j k F i F j F k − 1 24 γ i j k l F i F j F k F l − ...
hyperpolarizability (of nth order)E o
least motion, principle ofE = ∑ i f i ( q p i − q r i ) 2
energy storage efficiency, ηMath - mathenergy storage efficiency, ηη
enrichment factor, S in liquid-liquid distribution
enthalpy, HMath - mathheat capacity, CH
homodesmotic reactionΔ H exp 0 = −26.5 kcal mol
homodesmotic reactionΔ H calc 0 (MP2/6−31G**) = 23.9 kcal mol
enthalpy of activation, Δ ‡ H ° Math - mathenthalpy of activation, Δ ‡ H ° Δ ‡ H °
enthalpy of activation, Δ ‡ H ° k = k B T h e Δ ‡ S ° R e − Δ ‡ H ° R T
Math - mathheat capacity of activation, Δ ‡ C p oΔ ‡ H
heat capacity of activation, Δ ‡ C p oΔ ‡ C p = ( ∂ Δ ‡ H ∂ T ) p = T ( ∂ Δ ‡ S ∂ T ) p
entropy, SMath - applyentropy, SS = k ln W
entropy of activation, Δ ‡ S °Math - applyenthalpy of activation, Δ ‡ H ° k = k B T h e Δ ‡ S ° R e − Δ ‡ H ° R T
enthalpy of activation, Δ ‡ H ° Δ ‡ S °
Math - mathentropy of activation, Δ ‡ S °Δ ‡ S °
Math - mathheat capacity of activation, Δ ‡ C p oΔ ‡ S
heat capacity of activation, Δ ‡ C p oΔ ‡ C p = ( ∂ Δ ‡ H ∂ T ) p = T ( ∂ Δ ‡ S ∂ T ) p
extent of reaction, ξMath - mathextent of reaction, ξξ
extent of reaction, ξd ξ = d n B ν B
rate of conversion, ξ . ξ . = d ξ d t
rate of conversion, ξ . ξ . = d ξ d t = 1 ν i d n i d t
extraction factor, D mMath - mathextraction factor, D mD m