Analytical profile of the resin spot test method

Content: Cover
 Title Page
 Copyright Page
 PREFACE
 THE EDITOR/AUTHORS
 LIST OF SYMBOLS, ABBREVIATIONS, AND CODES
 Table of Contents
 Chapter 1: INTRODUCTION
 I. Historical Outline
 II. Nature of Identification with the Aid of Ion Exchangers
 A. Modes of Operation
 B. Typical Examples of Resin Spot Tests
 1. Gathering of Colored Product-Case 1
 2. Interfacial Precipitation-Case 2
 3. Mutation of Colored Reagent-Case 3
 C. Ion-Exchange Supports
 III. Performance Characteristics of Resin Spot Tests
 References
 Chapter 2: REACTIVE POLYMERS AND OTHER SORBENTS AS MICROANALYTICAL MEDIA
 I. Introduction II. Means of IdentificationA. Simple Reactions of Analyte
 B. Reactions of Reagent Transformation
 C. Reactions of Catalysis by Analyte
 D. Reactions of Catalysis by Reagent
 E. Reactions of Analyte Co-Precipitation
 F. Two-Step Reactions
 G. Two-Step Catalytic Reactions
 H. Combined Multistep Reactions
 III. Reagents and Analytical Products
 A. General Considerations
 B. Resinous Reagents
 C. Formation of the Reaction Product
 1. Tests Involving Simple Complexes Formation
 2. Tests Involving Chelate Species Formation
 3. Tests Involving Polynuclear Complexes Formation 4. Tests Involving Salt-Like Precipitates Formation5. Tests Involving Azo Dyes Formation
 6. Tests Involving Adsorbates Formation
 7. Tests Involving Elements and Molecules Formation
 8. Tests Involving Schiff's Bases Formation
 9. Tests Involving Indophenol Dyes Formation
 10. Tests Involving Formazan Dyes Formation
 11. Tests Involving Meisenheimer-Like Complex Formation
 12. Tests Involving Polymethine Dyes Formation
 13. Tests Involving Simple Hydrolytic Products Formation
 14. Tests Involving Mutation of Colored Reagents
 D. Replacement or Exchange Reactions with Reagent IV. Qualitative and Quantitative Aspects of Fundamental ProcessesA. Loading of Ion Exchanger
 B. Equilibria Involved in the Ion-Exchange Reactions
 1. Bonding in the Liquid Phase
 2. Bonding in the Solid Phase
 C. Absorption Spectra and Composition of Species Adsorbed in Ion Exchangers
 D. Type of Resin, Surface, and Capillary Phenomena
 E. Stabilizing Action
 F. Aggregation of Resin Particles
 V. Analytical Signals
 A. Genesis of Signals
 B. Composition of Signals
 C. Response Function
 D. Signal as Identification Characteristic
 E. Signal Stability F. Extracting a Signal in the Presence of a NoiseG. Absorption Measurements on the Resin Phase
 VI. Testimony of Limiting Values
 A. Detection of Small Concentrations
 B. Statistical Approach
 C. From Spot Test to Resin Spot Test
 D. Factors Governing the Limit of Identification
 VII. Selectivity with the Contribution of a Solid Phase
 A. Problems of Selectivity
 B. Potential of Intrinsic and External Ligands
 C. Attitudes of Some Qualitative Tests
 D. Errors in Determination of Analytes
 E. Some General Observations
 VIII. Interference Data and Preserving Agents
 A. Types of Interferences