IUPAC Gold Book - Quantities

Quantities

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

quantity	symbol	referenced in	equation
flow rate of a quantity
flow resistance parameter, $Φ$ in chromatography	$Math - math$	flow resistance parameter, $Φ$ in chromatography	$Φ$
		flow resistance parameter, $Φ$ in chromatography	$Φ = d p 2 B 0$
		flow resistance parameter, $Φ$ in chromatography	$Φ = 32$
fluence, $F$ , $Ψ$ , $H 0$	$Math - math$	fluence, $F$ , $Ψ$ , $H 0$	$F$
	$Math - math$	fluence, $F$ , $Ψ$ , $H 0$	$Ψ$
	$Math - math$	fluence, $F$ , $Ψ$ , $H 0$	$H 0$
fluence rate, $E o$	$Math - math$	fluence rate, $E o$	$E o$
		fluence rate, $E o$	$E o = d P d S = d H o d t$
		fluence rate, $E o$	$E o = P S$
		fluence rate, $E o$	$E o = ∫ 4 π L ⁢ d Ω$
		spectral fluence rate, $E λ , o$	$E o$
fluidity, $ϕ$	$Math - math$	fluidity, $ϕ$	$ϕ$
force, $F$	$Math - apply$	mobility (general)	$b i = ν i F i$
		mobility (general)	$F i$
	$Math - apply$	moment of a force, $M$	$M = r × F$
		work, $w$ , $W$	$F$
		work, $w$ , $W$	$w = ∫ F · d r$
fraction extracted, $E$	$Math - math$	fraction extracted, $E$	$E$
frequency, $f$ , $ν$	$Math - math$	conversion spectrum	$ν$
		frequency, $f$ , $ν$	$ν$
		frequency, $ν$ , $ω$ in photochemistry	$ν$
		frequency, $ν$ , $ω$ in photochemistry	$= 2 π ν$
		phonon	$h ν$
		photon number, $N p$	$N p = Q h ν$
	$Math - math$	downconversion	$ν 1$
		downconversion	$ν 1 = ν 2 + ν 3$
	$Math - math$	downconversion	$ν 2$
		downconversion	$ν 1 = ν 2 + ν 3$
	$Math - math$	downconversion	$ν 3$
		downconversion	$ν 1 = ν 2 + ν 3$
	$Math - math$	frequency, $f$ , $ν$	$f$
	$Math - math$	optical parametric oscillator	$ν p$
		optical parametric oscillator	$ν s + ν i = ν p$
	$Math - math$	optical parametric oscillator	$ν s$
		optical parametric oscillator	$ν s + ν i = ν p$
	$Math - math$	optical parametric oscillator	$ν I$
	$Math - apply$	optical parametric oscillator	$ν s + ν i = ν p$
frequency, $ν$ , $ω$ in photochemistry	$Math - math$	conversion spectrum	$ν$
		frequency, $f$ , $ν$	$ν$
		frequency, $ν$ , $ω$ in photochemistry	$ν$
		frequency, $ν$ , $ω$ in photochemistry	$= 2 π ν$
		phonon	$h ν$
		photon number, $N p$	$N p = Q h ν$
	$Math - math$	downconversion	$ν 1$
		downconversion	$ν 1 = ν 2 + ν 3$
	$Math - math$	downconversion	$ν 2$
		downconversion	$ν 1 = ν 2 + ν 3$
	$Math - math$	downconversion	$ν 3$
		downconversion	$ν 1 = ν 2 + ν 3$
	$Math - math$	frequency, $f$ , $ν$	$f$
	$Math - math$	optical parametric oscillator	$ν p$
		optical parametric oscillator	$ν s + ν i = ν p$
	$Math - math$	optical parametric oscillator	$ν s$
		optical parametric oscillator	$ν s + ν i = ν p$
	$Math - math$	optical parametric oscillator	$ν I$
	$Math - apply$	optical parametric oscillator	$ν s + ν i = ν p$
friction factor, $μ$	$Math - math$	friction factor, $μ$	$μ$
frictional coefficient, $f$ in polymer chemistry	$Math - math$	frictional coefficient, $f$ in polymer chemistry	$f$
		frictional coefficient, $f$ in polymer chemistry	$f$
		frictional coefficient, $f$ in polymer chemistry	$F = f u$
fugacity, $f$ , $p ˜$	$Math - math$	fugacity, $f$ , $p ˜$	$f$
	$Math - math$	fugacity, $f$ , $p ˜$	$p ˜$
fugacity coefficient, $ϕ$	$Math - math$	fugacity coefficient, $ϕ$	$ϕ$
functionality, $f$ of a monomer	$Math - math$	functionality, $f$ of a monomer	$f$
		functionality, $f$ of a monomer	$f = 2$