PENSUM KJM 1050
Fra boken "Physical Chemistry" av Laidler, Meiser & Sanctuary (4. utg.) (ca. 124 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. 24 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) Kap. 9.9. Transition-State Theory (s. 390 – 392; til og med Eyring Equation) 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.)
Notat (ca. 5 sider) om generelle egenskaper hos miceller og deres interaksjoner med polymerer
Fra boken "Quantitative Chemical Analysis" av Harris (6. utg.) (ca. 69 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. 26. Chromatographic methods and capillary electrophoresis (ca. 6 sider) 26-5: sidene 654-659 unntatt box 26-2 26-6: side 669 (fra Micellar electrokinetic chromatography) - 670 (til Figure 26-32 shows a method....)
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)