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General| Type | Inductively Coupled Plasma Mass Spectrometer (ICP-MS) |
|---|---|
| Model | Agilent 7700 Series |
| Category | Desktop |
| Mass Range | 2-260 amu |
| Resolution | 0.7 amu |
| Ion Source | Inductively Coupled Plasma |
| Software | MassHunter |
| Detector | Discrete dynode electron multiplier |
| Detection Limit | Sub-ppt levels |
| Collision/Reaction Cell | Octopole Reaction System |
| RF Generator | 27 MHz |
| Plasma Torch | Quartz Torch |
| Interface | Sampler and skimmer cones |
| Vacuum System | Rotary vane pump, turbomolecular pumps |
| Power Requirements | 200-240 V, 50/60 Hz |
Describes toolbar shortcuts on the ICP-MS Top window.
Steps to check tuning parameters and acquisition parameters.
Guides creating a quantitative method for environmental analysis.
Using Periodic Table to select masses and elements.
Creating methods via wizard, focusing on sample selection.
Guides on setting up a sequence for sample analysis.
Preparing calibration standards and solutions for analysis.
Steps to create DA methods post or pre-acquisition.
Opening the ICP-MS Data Analysis window and an analysis file.
Selecting template and configuring analyte list.
Setting up FullQuant table and calibration curve parameters.
Starting batch processing and reviewing quantitative analysis results.
Reviewing results in Batch Table, Spectrum, and Calibration panes.
Starting the process to create a SemiQuant acquisition method.
Opening editor, setting SemiQuant Analysis, Mode, and Correction.
Starting batch processing and reviewing SemiQuant results.
Steps to correct SemiQuant factors using standard samples.
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