Creating calibration curves for quantitative analysis (e.g., Beer-Lambert Law application).
Use to integrate the area under a characteristic peak that changes linearly with concentration.
For advanced users and laboratories requiring automation, OMNIC 9 includes a macro language and DDE (Dynamic Data Exchange) command set that allows you to:
An accurate background spectrum accounts for atmospheric water vapor, carbon dioxide, and the optical path of the instrument. omnic 9 software manual
For labs using Beer’s Law, this chapter is sacred:
For technical support, contact your local Thermo Fisher Scientific representative or visit the Thermo Fisher Scientific support website at .
Strengths
Always collect a background spectrum first to subtract atmospheric COâ‚‚ and water vapor from your results. 3. Data Collection Workflow
: Grants access to the Find Peaks tool, quantification protocols, and advanced spectral interpretation options.
| Issue | Resolved In | | :--- | :--- | | Motorized purge shutters and sample shuttle interaction on iS50 | 9.2 | | Fractional match values in search not shown when comma used as decimal point | 9.2 | | Problems signing files after administrator reset of password (DS) | 9.1 Hot Fix 2 | | Dates shown for Signatures in ValPro were wrong | 9.1 Hot Fix 2 | | Problems running Performance Verification on iS5 | 9.1 Hot Fix 1 | | Problems merging large libraries | 9.1 Hot Fix 1 | | Windows 7 (64-bit) support added | 8.3 | | iS5, corrected occasional iD5 accessory test errors | 8.3 | Creating calibration curves for quantitative analysis (e
The covers all these modules. Unlike context-sensitive help (F1), the manual provides workflows, theory behind algorithms, and troubleshooting flowcharts.
This is the most referenced section of the . It details:
The you are using (e.g., Smart iTX ATR, transmission cell, or gas cell) For labs using Beer’s Law, this chapter is