Absorbance maximum
The absorbance band rises and falls with concentration on a fixed wavelength rule while the axis readout tracks its apex.
The absorbance band rises and falls with concentration on a fixed wavelength rule while the axis readout tracks its apex.
A narrow sample plug travels the length of the column and spreads as it goes, leaving as the broad peak the detector records.
A drifting trace tilts away from the zero rule and is pulled back flat onto it, the peaks keeping their shape throughout.
Standards plot in sequence, the fitted line draws through them, and the unknown is read across onto the curve.
A retention-time cursor sweeps the trace and each component elutes into its peak as the cursor reaches it.
A QC sequence plots point by point between its warning and action limits, the last result landing on the limit and taking a ring.
An infrared scan draws in from high wavenumber and the band marker latches as it reaches the carbonyl absorption.
A trace signal sinks into the noise band and rises back through the three-sigma rule, the flag lighting only while it is clear of it.
Fragment sticks rise to their relative abundances across the m/z axis in a rolling scan, the base peak holding the centre.
A broad unresolved line sharpens and splits back into the four components of a quartet on the pale guide behind it.
A wipe fills the area under a chromatographic peak while the integral trace climbs step by step to the total rule.
Two neighbouring peaks slide into co-elution and pull back apart onto their retention rules as the measure between their apexes reopens.
Six replicate results hold their positions about the mean while the precision band and its axis readout close in around them.
The spiked determination fills toward the expected total beside the native level, settling just short of the recovery rule.
A pH trace climbs the sigmoid as titrant is added, and the equivalence dot latches on the inflection as the curve crosses it.