Please read additional information at the bottom of this page.
Good Laboratory Practice Guidelines (DRAFT 6/98)
Laboratory Notebook Requirements
Gravimetric Determination of Chloride in a Soluble Sample
Determination Calcium-Magnesium by EDTA Titration
Photometric Determination of Manganese in Steel
Manganese Determination by Atomic Absorption Spectrometry
Determination of H3PO4 and NaH2PO4 in a Mixture
Determination of Ascorbic Acid (Vitamin C) by Analytical Voltammetry
HPLC Analysis of Polyaromatic Hydrocarbons in Mixtures
[Voltammetric Trace Analysis of Metals in Seawater] (To be added)
[HPLC Analysis of Steroid Mixtures] (To be added)
Series C. Instrument Calibration Proceduresb,c
Sargent-Welch 4001 Polarograph
EG&G/PARC 263 Voltammetric Analyzer
Series D. Solution Certification Proceduresc
A1. Gravimetric chloride determination - Not on the web.
A2. Preparation of standard EDTA solution
A3. Bausch & Lomb Spectronic 20 Spectrophotometer
A4a. AA Spectrometry (standard addition method)
A4b. AA Spectrometry (calibration curve method)
A5. Start-up procedure for ATI/Unicam 929 AA Spectrometer
A6. Acid/base titration procedures - Not on the web.
A7. Calibration Procedures for pH Electrodes
A8. Procedures for Sargent 4001 Polarograph
A9. Procedures for EG&G-PAR 263A Voltammetric Analyzer
A10. Procedures for SpectraPhysics SP8700 HPLC Instrument
A11. Procedures for Waters/Millenium HPLC Instrument
(a) Example reporting sheets and sample reports are included at the end of
each procedure. The lab instructor will provide yellow report sheets to be turned in.
(b) Calibrations of pH and chloride electrodes, and HPLC instruments, are included in related experiments.
(c) Results to be entered in historical record books in laboratory. Example record sheets included at end of each procedure.
Copyright © 1996-1998, prof. Sam Perone.