- 13 -
Quantitative
WL=500.0nm
Please Input WL.
WL=
GOTOλ
500.0nm 0.000Abs
Input Stds No:
No.= 3
Fig. 4-10
★
Use the Arrow Key to input the quantity of the standard samples,
then press
ENTER
500.0nm 0.000Abs
Quantitative:
No.= 6
500.0nm 0.000Abs
Put 1# Standard,
Input 1# Conc.:
C=
to confirm. The system will go into the
following interface. (Fig. 4-11)
ENTER
500.0nm 0.000Abs
Quantitative:
No.= 6
500.0nm 0.000Abs
Put 1# Standard,
Input 1# Conc.:
C=
Fig. 4-11
(3) Calibrate 100%T/0Abs
Put the Reference Solution in the light path
，
then press
ENTER
500.0nm 0.100Abs
Put 2# Standard,
Input 2# Conc.:
C=
500.0nm 0.100Abs
Put 1# Standard,
Input 1# Conc.:
C= 0.020
to
calibrate 100%T/0Abs
；
(4) Input Standard Samples
’
Concentration
★
Pull the 1# Standard Sample in the light path and input the value of
its concentration by the Arrow keypad, then press
ENTER
500.0nm 0.100Abs
Put 2# Standard,
Input 2# Conc.:
C=
500.0nm 0.100Abs
Put 1# Standard,
Input 1# Conc.:
C= 0.020
to
confirm. The system will go into the next interface.
ENTER
500.0nm 0.100Abs
Put 2# Standard,
Input 2# Conc.:
C=
500.0nm 0.100Abs
Put 1# Standard,
Input 1# Conc.:
C= 0.020
Fig. 4-12
★
Pull the 2# Standard Sample in the light path and input its
concentration, then press
ENTER
0.000 0.600
0.600
0.000
r=1.000
C=1.000XA+0.000
500.0nm 0.600Abs
Put 6# Standard,
Input 6# Conc.:
C=
to confirm.
★
Repeat the above step till the last sample
’
s concentration is
finished, press
ENTER
0.000 0.600
0.600
0.000
r=1.000
C=1.000XA+0.000
500.0nm 0.600Abs
Put 6# Standard,
Input 6# Conc.:
C=
to confirm. Then the Standard Curve and its
equation will display on the screen automatically. (Fig. 4-13) At the
