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A Novel Instrumental Method for the Determination of Cobalt (II) ion using NAG-ADF-300-2 Analyser, via the Formation of a Precipitating Reaction Product Through On-Line Long Distance (300 mm) and Short Path Length (2 mm) Chasing of Sample Segment

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Academic year: 2020

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Figure

Figure 1: The core structure of the ISNAG-ADF-300-2; showing various locations of   WSLED, Detectors and the flow  cells .Also the unguarded region of 100 mm length
Figure 3: Attenuation of the incident light of both cells A and B. Selection of incident light is on maximum ( i
Figure 4: y (z) – t recorder potentiometric output showing variable scan speed from 60 Sec / 10 mm to 5 sec / 10 mm
Figure  no.8  and  table  no.  4,  shows  a  very  improved signal can be obtained and a delay  reaction coil is quite necessary to use the cell  A for the determination of Co (II) ion
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