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2. Experimental techniques. Zone electrophoresis in filter paper and other media.
3. The application to qualitative analysis of the separation of inorganic metallic compounds on filter paper by partition chromatography.
4. Colloid stability in aqueous and non-aqueous media. Introductory paper.
5. Spectroscopy and molecular structure. Electronic spectra. Introductory paper. Significant progress and present problems.
6. Molecular mechanism of rate processes in solids. A. Relaxations processes. Introductory paper.
7. Paramagnetic resonance. Introductroy paper.
8. General discussion.
9. Summarizing paper.
10. Permeability to water and water vapour of textiles and other fibrous materials. Introductory paper.
11. Energy migration in organized biological systems. Introductory paper.
12. I. Optical and magnetic properties. Introductory paper physical properties of transition ions.
13. Incomplete dissociation. Introductory paper.
14. Biological systems. Flocculation of aggregates of antigen and antibody: introductory paper.
15. Hydrocarbon structure and bond properties. Introductory paper.
16. Vibrational and rotational spectra. Introductory paper.
17. Adsorption and catalysis on oxides. Introductory paper.
18. Abnormal and modified crystal growth. Introductory paper.
19. Botanical aspects. Mechanism of movement of solutions in plants. Introductory paper.
20. Polymerisations. Introductory paper.
21. Techniques. Introductory paper.
22. Theory of crystal growth. Introductory paper.
23. Oxidation-reduction reactions in ionizing solvents. Introductory paper electron-transfer reactions.
24. Steady-state processes not involving lattice re-arrangement. Introductory paper.
25. Steady-state processes involving lattice re-arrangement. Introductory paper.
26. Microwave and radio-frequency spectroscopy. General introductory paper.
27. Microwave spectroscopy. Introductory paper: quadrupole couplings, dipole moments and the chemical bond.
28. Gas reactions. Introductory paper.
29. Summarizing paper.
30. Nucleation and normal growth. Introductory paper.
31. Mineral synthesis and technical aspects. Introductory paper.
32. Fundamental aspects. Introductory paper.
33. Zoological aspects. Water-protecting properties of cuticles. Introductory paper.
34. Paramagnetic materials. Introductory paper―nuclear resonance in paramagnetic solutions.
35. II. Applications. Introductory paper.
36. Optical methods of investigating cell structure. Microscopical apparatus―instrument design and technique. Introductory paper. Optical methods in cytology.
37. Inorganic capillary analysis.
38. The application of chromatography to amino acids and peptides.
39. Coacervation. Introductory paper.
40. I. Physicochemical principles and their utilization. Inroductory paper.
41. Solution reactions. Introductory paper.
42. IV. Oxygen overvoltage: Introductory paper.
43. General introduction.
44. Summarizing remarks.
45. Summarizing remarks.
46. The application of partition chromatography to the separation of the sugars and their derivatives.
47. General discussion.
48. The liquid phase. Introductory survey.
49. General discussion.
50. Summarizing remarks, colloid stability.
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