IUPAC Gold Book - Quantities

Quantities

A BCD E F G H IJK L M N O P Q R S TUV WXYZ

quantity	symbol	referenced in	equation
capacitance, $C$ of a plate capacitor	$Math - math$	capacitance, $C$ of a plate capacitor	$C$
cathodic transfer coefficient, $α c$	$Math - math$	cathodic transfer coefficient, $α c$	$α c$
		cathodic transfer coefficient, $α c$	$α c ν = − R T n F ( ∂ ( ln ( \| I c \| ) ) ∂ E ) T , p , c i , ...$
ceiling value ( $CV$ )	$Math - math$	ceiling value ( $CV$ )	$CV$
Celsius temperature, $t$ , $θ$	$Math - math$	Celsius temperature, $t$ , $θ$	$t$
	$Math - math$	Celsius temperature, $t$ , $θ$	$θ$
centrifugal (centripetal) acceleration, $a rot$	$Math - math$	centrifugal (centripetal) acceleration, $a rot$	$a rot$
centrifugal force, $F rot$	$Math - math$	centrifugal force, $F rot$	$F rot$
centrifugal radius, $r$	$Math - math$	centrifugal radius, $r$	$r$
characteristic mass for integrated absorbance, $m 0$ in electrothermal atomization	$Math - math$	characteristic mass for integrated absorbance, $m 0$ in electrothermal atomization	$m 0$
characteristic mass for peak absorption, $m p$ in electrothermal atomization	$Math - math$	characteristic mass for peak absorption, $m p$ in electrothermal atomization	$m p$
characteristic mass, $m c$ in electrothermal atomization	$Math - math$	characteristic mass, $m c$ in electrothermal atomization	$m c$
charge density, $ρ$	$Math - math$	charge density, $ρ$	$ρ$
charge number, $z$	$Math - math$	charge number, $z$	$z$
charge number $n$ , $ν e$ , $z$ of a cell reaction	$Math - math$	charge number $n$ , $ν e$ , $z$ of a cell reaction	$n$
	$Math - math$	charge number $n$ , $ν e$ , $z$ of a cell reaction	$ν e$
	$Math - math$	charge number $n$ , $ν e$ , $z$ of a cell reaction	$z$
chemical flux, $φ$	$Math - math$	chemical flux, $φ$	$φ$
chemical oxygen demand ( $COD$ )	$Math - math$	chemical oxygen demand ( $COD$ )	$COD$
chemical potential, $μ B$	$Math - math$	Esin and Markov coefficient	$μ$
		Esin and Markov coefficient	$( ∂ E ∂ μ ) T , p , σ = − ( ∂ Γ ∂ σ ) T , p , μ$
chemical shift, $δ$ in NMR	$Math - math$	chemical shift, $δ$ in NMR	$δ$
		chemical shift, $δ$ in NMR	$δ$
		chemical shift, $δ$ in NMR	$δ = ν cpd − ν ref ν ref$
clearance, $Δ V Δ t$	$Math - math$	clearance, $Δ V Δ t$	$Δ V Δ t$
coherence length, $ζ$ in thin films	$Math - math$	coherence length, $ζ$ in thin films	$ζ$
collision cross-section, $σ$	$Math - math$	collision cross-section, $σ$	$σ$
collision density, $Z AA$	$Math - math$	collision density, $Z AA$	$Z AA$
collision diameter, $d$	$Math - math$	collision diameter, $d$	$d$
collision efficiency, $B c$	$Math - math$	collision efficiency, $B c$	$B c$
		collision efficiency, $B c$	$k −1 = B c k −1 sc$
		collision efficiency, $B c$	$B c$
collision frequency, $z A A$	$Math - math$	collision frequency, $z A A$	$z A A$
compression factor, $Z$	$Math - math$	compression factor, $Z$	$Z$
conductivity, $γ$ , $σ$	$Math - math$	conductivity, $γ$ , $σ$	$γ$
	$Math - math$	conductivity, $γ$ , $σ$	$σ$
contact angle	$Math - math$	contact angle	$θ$
corrosion potential, $E cor$	$Math - math$	corrosion potential, $E cor$	$E cor$
coulomb integral, $H rr$	$Math - math$	coulomb integral, $H rr$	$H rr$
coupling constant (spin-spin), $J$	$Math - math$	coupling constant (spin-spin), $J$	$J$
critical excitation energy, $E q$ in in situ microanalysis	$Math - math$	critical excitation energy, $E q$ in in situ microanalysis	$E q$
critical micelle concentration	$Math - math$	critical micelle concentration	$c M$
critical pressure, $p c$	$Math - math$	critical pressure, $p c$	$p c$
critical temperature, $T c$	$Math - math$	critical temperature, $T c$	$T c$
current density	$Math - math$	current density	$j B$
		current density	$j B = z B F N B$