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PAC, 1986, 58, 1737. Quantities and units in clinical chemistry: Nebulizer and flame properties in flame emission and absorption spectrometry (Recommendations 1986), doi:10.1351/pac198658121737

burning velocity, $v b$ of a flame front in flame emission and absorption spectrometry
efficiency of nebulization, $ɛ n$ in flame spectrometry
flow rate in flame emission and absorption spectrometry
flow rate of unburnt gas mixture in flame emission and absorption spectrometry
local efficiency of atomization, $ɛ a$ in flame spectrometry
local flame temperature, $T 1$ in flame emission and absorption spectrometry
local fraction atomized, $χ a$ , $β a$ in flame emission and absorption spectrometry
local fraction desolvated, $χ s$ , $β s$ in flame emission and absorption spectrometry
local fraction volatilized, $χ v$ , $β v$ in flame emission and absorption spectrometry
minimum consumption time, $t min$ in flame emission and absorption spectrometry
observation height, $h obs$ in flame emission and absorption spectrometry
observation pathlength, $l obs$ in flame emission and absorption spectrometry
observation space in flame emission and absorption spectrometry
observation volume, $V obs$ in flame emission and absorption spectrometry
rate of fluid consumption, $q V$ in flame emission and absorption spectrometry
spectroscopy
total consumption time , $t tot$ in flame emission and absorption spectrometry
transit time, $t ts$ in flame emission and absorption spectrometry
travel time, $t tv$ in flame emission and absorption spectrometry
(vertical) rise velocity, $v f$ in flame emission and absorption spectrometry