PENSUM KJM 1050
Fra boken "Physical Chemistry" av Laidler, Meiser & Sanctuary (4. utg.) (ca. 121 sider)
Kap. 7. Solutions of Electrolytes (ca. 8 sider) 7.5. Independent Migration of Ions (ca. 2 sider) 7.6. Transport Numbers ("Hittorf Method" utg?r) (ca. 3 sider) 7.7. Ionic Conductivities (ca. 3 sider)
Kap. 9. Chemical Kinetics I. The Basic Ideas (ca. 21 sider) 9.1. Rates of Consumption and Formation (ca. 1 side) 9.2. Rate of Reaction (ca. 1 side) 9.3. Empirical Rate Equations (ca. 3 sider) 9.4. Analysis of Kinetic Results (ca. 6 sider) Figur 9.5 9.6. Molecular Kinetics (ca. 1 side) 9.7. The Arrhenius Equation (ca. 4 sider) 9.10. Reactions in Solution (p. 401-404): Influence of Ionic Strength, Influence of Hydrostatic Pressure, Diffusion-Controlled Reactions (ca. 4 sider)
Kap. 10. Chemical Kinetics II. Composite Mechanisms (ca. 41 sider) Sidene 418-421 (ca. 3 sider) 10.1. Evidence for a Composite Mechanism (ca. 1 side) 10.2. Types of Composite Reactions (ca. 1 side) 10.3. Rate Equations for Composite Mechanisms (ca. 7 sider) 10.4. Rate Constants, Rate Coefficiens, and Equilibrium Constants (ca. 2 sider) 10.5. Free Radical Reactions (ca. 7 sider) 10.6. Photochemical Reactions (ca. 6 sider) 10.10. Reactions in Solution: Some Special Features (ca. 1 side) 10.7. Radiation Chemical Reactions (ca. 1 side) 10.9. Catalysis (ca. 10 sider) 10.12. Kinetics of Polymerization (ca. 3 sider)
Kap. 18. Surface Chemistry and Colloids (ca. 28 sider) 18.1. Adsorption (ca. 1 side) 18.2. Adsorption Isotherms (ca. 6 sider) 18.4. Chemical Reactions on Surfaces (ca. 4 sider) 18.5. Surface Heterogenity (ca. 1 side) 18.6. The Structure of Solid Surfaces and of Adsorbed Layers (ca. 4 sider) 18.7. Surface Tension and Capillarity (ca. 3 sider) 18.8. Liquid Films on Surfaces (ca. 2 sider) 18.9. Colloidal Systems (ca. 7 sider)
Kap. 19. Transport Properties (ca. 23 sider) 19.1. Viscosity ("Viscosity of gases", kun fra eq. 19.16; "Viscosity of liquids", kun t.o.m. eq. 19.18) (ca. 5 sider) 19.2. Diffusion ("Self-Diffusion of Gases" utg?r, "Diffusion and Ionic Mobility" I tema 7 ) (ca. 12 sider) 19.2. Avsnittet "Diffusion and Ionic Mobility" (ca. 1 side) 19.3. Sedimentation (ca. 5 sider)Notat (ca. 5 sider) om polymerer tilsv. sid. 935-936; 938-939; 944-946 i boken "Physical Chemistry" av Laidler & Meiser (3. utg.)
Fra boken "Quantitative Chemical Analysis" av Harris (6. utg.) (ca. 63 sider).
Kap. 23. Introduction to analytical separations (ca. 20 sider) 23-1. Solvent extraction (4 s) 23-2. What is chromatography? (4 s) 23-3. A plumber`s view of chromatography (4 s) 23-4. Efficiency of separation (6 s) 23-5. Why bands spread. kun s. 565-566 (2 s)
Kap. 24. Gas chromatography (ca. 14 sider) 24-1. The separation process in gas chromatography (8 s) 24-2. Sample injection s. 587-589 til An alternative means of ...... (2 s) 24-3. Detectors – kun flame ionization detector s. 591-592 (2 s) og MS s. 593-595 (2 s)
Kap. 25. High performance liquid chromatography (ca. 13 sider) 25-1. The chromatographic process s. 608 – 616 (9 s) 25-2. Injection and detection in HPLC s. 621-625 (til Evaporative Light-scattering detector) (4 s)
Kap. 27. Gravimetric and combustion analysis (ca. 7 sider) p. 681 27.2. Precipitation (ca. 3 sider) 27.4. Combustion analysis (ca. 3 sider)
Kap. 28. Sample Preparation (ca. 9 sider) s. 700 – 701 (ikke 28-1) ca. 2 s 28-2. Dissolving Samples for Analysis. (705-711; ca 4 sider + tabeller) 28-3. Sample Preparation Techniques. (712-714 til preconcentration; ca. 3 sider)
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