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A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
quantitysymbolreferenced inequation
saturation fraction, s B Math - mathsaturation fraction, s B s B
scattering angle, θ Math - mathscattering angle, θ θ
sedimentation coefficient, sMath - mathsedimentation coefficient, ss
selectivity factor, S f Math - mathselectivity factor, S f S f
selectivity factor, S f S f = log 10 ( f p X f m X )
self inductance, LMath - mathself inductance, LL
sensitivity, A in metrology and analytical chemistryMath - mathsensitivity, A in metrology and analytical chemistryA
separation factor, α in column chromatographyMath - mathseparation factor, α in column chromatographyα
separation factor, α in column chromatographyα = V R 2 ' V R 1 ' = V N 2 V N 1 = t R 2 ' t R 1 ' = k 2 k 1
separation factor, α A , B in liquid-liquid distributionMath - mathseparation factor, α A , B in liquid-liquid distributionα A , B
Math - applyseparation factor, α A , B in liquid-liquid distributionα A , B = D A D B
Math - applyseparation factor, α A , B in liquid-liquid distributionα > 1
separation number, SN in chromatographyMath - mathseparation number, SN in chromatographySN
separation number, SN in chromatographySN = t R z + 1 − t R z w h z + w h z + 1 − 1
Math - mathseparation number, SN in chromatographyTZ
shear modulus, GMath - mathshear modulus, GG
shear strain, γ Math - mathshear strain, γ γ
shear stress, τ Math - mathshear stress, τ τ
shielding constant, σ Math - mathshielding constant, σ σ
shielding constant, σ σ = B 0 − B B 0
solid angle, Ω, ω Math - mathradiance, LΩ
radiant intensity, II = d P / d Ω
radiant intensity, II = P / Ω
Math - mathsolid angle, Ω, ω ω
solvophobicity parameter, Sp Math - mathsolvophobicity parameter, Sp Sp
solvophobicity parameter, Sp Sp = 1 − M M hexadecane
Math - mathsolvophobicity parameter, Sp S p
specific activity, a in radiochemistryMath - mathspecific activity, a in radiochemistrya
specific heat capacity, cMath - mathspecific heat capacity, cc
specific volume, vMath - mathspecific volume, vv
spectral fluence rate, E λ , oMath - mathspectral fluence rate, E λ , oE λ , o
spectral irradiance, E λ Math - mathspectral irradiance, E λ E λ
spectral photon exitance, M p λ Math - mathspectral photon exitance, M p λ M p λ
spectral photon flow, Φ p λ Math - mathspectral photon flow, Φ p λ Φ p λ
spectral photon flux (photon irradiance), E p λ Math - mathabsorbed (spectral) photon flux densityq p , λ
Math - mathabsorbed (spectral) photon flux densityq n , p , λ
Math - applyabsorbed (spectral) photon flux densityq p , λ 0 1 − 10 − A λ V
Math - applyabsorbed (spectral) photon flux densityq n , p , λ 0 1 − 10 − A λ V
Math - mathspectral photon flux (photon irradiance), E p λ E p λ
spectral photon radiance, L p λ Math - mathspectral photon radiance, L p λ L p λ
spectral radiance, L λ Math - applyradiance, LL = ∫ λ L λ ⁢ d λ
radiance, LL λ
Math - mathspectral radiance, L λ L λ
spectral radiant energy, Q λMath - mathspectral radiant energy, Q λQ λ
spectral radiant exitance, M λ Math - applyradiant exitance, MM = ∫ λ M λ ⁢ d λ
radiant exitance, MM λ
Math - mathspectral radiant exitance, M λ M λ
spectral radiant intensity, I λ Math - applyradiant intensity, II = ∫ λ I λ ⁢ d λ
radiant intensity, II λ
Math - mathspectral radiant intensity, I λ I λ
spectral radiant power, P λ Math - mathabsorbed (spectral) radiant power densityP λ
Math - msubsupmolar absorption coefficient, ɛɛ λ = 1 c l lg ( P λ 0 P λ ) = A λ c l
molar absorption coefficient, ɛP λ 0
molar absorption coefficient, ɛP λ
reflectance, ρρ λ = P λ refl P λ 0
reflectance, ρP λ refl
Math - mathspectral radiant power, P λ P λ
spectral sensitivity, S λMath - fnspectral sensitivity, S λS λ
spectral sensitivity, S λS ac λ = Φ λ ɛ λ obs = sensitivity or actinometric factor
specular reflectance (reflection factor), ρ in optical spectroscopyMath - mathspecular reflectance (reflection factor), ρ in optical spectroscopyρ
specular reflectance (reflection factor), ρ in optical spectroscopyρ = P refl P 0
speed, v, c Math - applykinetic energy, E kE k = m v 2 2
kinetic energy, E kv
speed, v, c v
Math - mathspeed, v, c c
speed distribution function, F cc + d c
spin-orbit coupling constant, AMath - mathspin-orbit coupling constant, AA
stoichiometric number, νMath - applycathodic transfer coefficient, α cα c ν = − R T n F ( ∂ ( ln ( | I c | ) ) ∂ E ) T , p , c i , ...
cathodic transfer coefficient, α cν
mass transfer coefficient in electrochemistryk d = j ν n F ( c e − c 0 )
Stokes number, St Math - mathStokes number, St St
Stokes number, St St = 2 τ ( V t − v t ) D p
substance fraction, x Math - mathsubstance fraction, x x
surface amount, n s, n a Math - mathsurface amount, n s, n a n s
Math - mathsurface amount, n s, n a n a
surface charge density, σ Math - mathsurface charge density, σ σ
surface concentration, Γ
surface coverage, θ
surface density, ρ A, ρ S Math - mathsurface density, ρ A, ρ S ρ A
Math - mathsurface density, ρ A, ρ S ρ S
surface excess, n σMath - mathsurface excess, n σn σ
surface excess concentration (at an interface), ΓMath - mathsurface excess concentration (at an interface), ΓΓ
surface tension, γ, σ Math - mathsurface tension, γ, σ γ
Math - mathsurface tension, γ, σ σ
symmetry number, s Math - mathsymmetry number, s s