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5.1.3 Standard Addition Method
(ex-furnace addition) ................................... 5-8
5.1.4 Simple Standard Addition Method
(in-furnace addition) .................................... 5-12
5.1.5 Simple Standard Addition Method
(ex-furnace addition) ................................... 5-16
5.2
Using Stock Standard Solutions
.......................... 5-20
5.3
Addition of Matrix Modifier
................................... 5-22
5.3.1 Drying of Matrix Modifier .............................. 5-23
5.4
Sequential Injection of Samples
........................... 5-24
5.5 Twin
Injection
......................................................... 5-26
5.6 Cleaning
Cuvette
................................................... 5-29
5.7
Sample Bumping Detection
.................................. 5-32
5.8
Correction of Working Curve Drift
(Reslope function)
................................................. 5-33
5.9 Concentrating
Sample
........................................... 5-35
5.10 Diluting
Sample
..................................................... 5-36
5.11 Heating Injection of Sample
.................................. 5-38
5.12 Measurement under the Same Conditions
(Copy Method)
....................................................... 5-39
5.13 Using an Existing Working Curve
........................ 5-40
5.14 Insertion and Remeasurement of Sample
............ 5-42
5.14.1 Insertion of Samples .................................... 5-42
5.14.2 Remeasurement
.......................................... 5-45
5.15 Setting Automatic Start
......................................... 5-46
5.16 Power/Water Saving by Eco Mode
....................... 5-48
5.16.1 Setting Eco Mode ........................................ 5-48
5.16.2 Canceling Eco Status .................................. 5-49
5.17 Restoring Data Lost due to a Power Failure
........ 5-51
6. USING THE QC FUNCTIONS
................................................................................ 6-1
6.1
Using Correlation Coefficient of Working Curve
(Check Working Curve)
......................................... 6-3
6.1.1 Setting
Procedure
........................................ 6-3
6.1.2 Setting
Procedure
........................................ 6-4
6.2
Using the Working Curve Range and RSD
(Check Sample)
...................................................... 6-5
6.2.1 Setting
Procedure
........................................ 6-5
6.2.2 Contents to be Printed on the Report .......... 6-7
6.3
Using Sensitivity Variations of Standard Solution
(Check STD)
........................................................... 6-8
6.3.1 Setting
Procedure
........................................ 6-8
6.3.2 Contents to be Printed on the Report .......... 6-9
6.4
Using the QC Sample (Check QC Sample)
.......... 6-10
6.4.1 Setting
Procedure
........................................ 6-10
Содержание ZA3000 Series
Страница 267: ...3 1 11 3 43 Fig 3 31 Parameter List Window Common conditions The setting of method is thus completed ...
Страница 357: ...5 5 Twin Injection 5 28 Fig 5 24 Dialog Box for Confirming Nozzle Position 7 Click Start measurement ...
Страница 423: ...9 3 5 9 11 Fig 9 14 Diagnosis Log Dialog Box ...
Страница 449: ...10 5 Reflecting on Analysis Conditions 10 24 Fig 10 16 Method Window Unmark the checkbox ...
Страница 455: ...INDEX 4 V Verify 3 34 W Working curve graph 4 1 Wavelength accuracy 9 1 ...
Страница 456: ...INSTRUCTION MANUAL 7J1 9027 000 Ver 1 February 2016 MODEL HFS 4 HYDRIDE FORMATION SYSTEM ...