Full set of Notes with Fill-Ins - San Jose State University
Full set of Notes with Fill-Ins - San Jose State University
Full set of Notes with Fill-Ins - San Jose State University
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Chem 155 Unit 1 Page 3 <strong>of</strong> 3161 Overview and Review ........................................................................................ 71.1 Tools <strong>of</strong> <strong>Ins</strong>trumental Analytical Chem. ................................................ 81.2 <strong>Ins</strong>trumental vs. Classical Methods. ................................................... 121.3 Vocabulary: Basic <strong>Ins</strong>trumental .......................................................... 131.4 Vocabulary: Basic Statistics Review .................................................. 141.5 Statistics Review ................................................................................ 151.6 Calibration Curves and Sensitivity ...................................................... 231.7 Vocabulary: Properties <strong>of</strong> Measurements .......................................... 241.8 Detection Limit ................................................................................... 251.9 Linear Regression .............................................................................. 311.10 Experimental Design: ....................................................................... 351.11 Validation – Assurance <strong>of</strong> Accuracy: ................................................ 431.12 Spike Recovery Validates Sample Prep. .......................................... 451.13 Reagent Blanks for High Accuracy: .................................................. 461.14 Standard additions fix matrix effects:................................................ 471.15 Internal Standards ............................................................................ 522 Propagation <strong>of</strong> Error ......................................................................................... 563 Introduction to Spectrometric Methods ............................................................ 653.1 Electromagnetic Radiation: ................................................................ 663.2 Energy Nomogram ............................................................................. 673.3 Diffraction ........................................................................................... 683.4 Properties <strong>of</strong> Electromagnetic Radiation: ........................................... 714 Photometric Methods and Spectroscopic <strong>Ins</strong>trumentation ............................... 864.1 General Photometric Designs for the Quantitation <strong>of</strong> Chemical Species................................................................................................................. 874.2 Block Diagrams .................................................................................. 884.3 Optical Materials ................................................................................ 894.4 Optical Sources .................................................................................. 904.5 Continuum Sources <strong>of</strong> Light: .............................................................. 914.6 Line Sources <strong>of</strong> Light: ........................................................................ 924.7 Laser Sources <strong>of</strong> Light: ...................................................................... 935 Radiation Transducers (Light Detectors): ...................................................... 1025.1 Desired Properties <strong>of</strong> a Detector: ..................................................... 1025.2 Photoelectric effect photometers ...................................................... 1035.3 Limitations to photoelectric detectors: .............................................. 1055.4 Operation <strong>of</strong> the PMT detector: ........................................................ 1065.5 PMT Gain Equation: ......................................................................... 1075.6 Noise in PMT’s and Single Photon Counting: ................................... 1095.7 Semiconductor-Based Light Detectors: ............................................ 1115.8 Charge Coupled Device Array Detectors: ........................................ 1146 Monochromators for Atomic Spectroscopy: ................................................... 1166.1 Adjustable Wavelength Selectors ..................................................... 1176.2 Monochromator Designs: ................................................................. 1186.3 The Grating Equation: ...................................................................... 1196.4 Dispersion ........................................................................................ 122Page 3 <strong>of</strong> 316