Advanced Batteries and Accumulators – 9th ABA

 

Judul	:	Advanced Batteries and Accumulators – 9th ABA
Editor	:	Jiří Vognar
Publisher	:	Brno University of Technology Faculty of Electrical Engineering and Communication Department of Electrotechnology

Contents:

1. Duplex surface treatment of titanium based materials
2. Electrochemical fabrication of sn-co nanowires in anodic alumina templates
3. Synthesis of carbon nanostructures by pyrolysis of acetylene using alloy ab5
4. About the formation of anodic nanocoatings on nb in potassium nitrate melt
5. Natural graphite after oxidative treatment for li-ion batteries
6. Hybrid laser-magnetron deposition of tic and ticn thin films
7. Presence of hydrogen peroxide in sno2 thin films preparation
8. Synthesis and supercapacitor behaviour of ni-mn hydroxocarbonates
9. Cathionic polymer electrolytes for lithium-ion power sources
10. Li+ and h+ single-ion conducting polymer electrolytes
11. Polymer electrolytes for lithium-ion batteries operating at elevated temperatures
12. Effect of high filler content on the characteristics of gel polymer electrolytes based on pvdf/hfp and functionalized silicas
13. A study of pmma based gel electrolytes containing na+ ions by nuclear magnetic resonance
14. Aprotic gel polymer electrolytes
15. Heterogeneity of pmma-pc based gel electrolytes
16. Determination of difference of t2 relaxation time measurement with pmma based gel electrolytes
17. Molybdenum oxide–carbon nanotubes nanocomposites for fuel cell oxygen electrode
18. Complexes of 3d metals with hexamethylenediaminetetraacetate as precursors for oxygen reduction electrocatalysts
19. Modification of carbon by pyrolysis products of heterobimetallic mnii/mii and znii/mii complexes (m=cu,ni) for the electroreduction of oxygen
20. Preparation of gas diffusion electrodes by electrophoretic deposition
21. Hydrogen storage alloys as anode materials for the alkaline fuel cell
22. Mesoporous nickel-nickel oxide for the fuel cell catalyst
23. Electrochemical carbon study part i. Enviromental sem view
24. Supercapacitors based on nickel oxide/carbon materials composites
25. Carbon based electrode materials for supercapacitors
26. Galvanic deposition of metals with electrocatalytic properties
27. Electrolytic iron sulfides in lithium power source model with pvdf electrolytes
28. Modeling the processes of li+ intercalation with the phase transitions in the materials of lithium power sources
29. Possibility of using ionic liquids with graphite anode: correlation between electrochemical and thermal properties
30. Chemical and electrochemical stability of solid state glassy inorganic electrolyte based on the system li2o-lif-p2o5
31. Improving lithium batteries by conducting polypyrrole
32. Novel functional co-solvent/additive for li-ion batteries based on silane compounds
33. Studies of doped negative vrla battery electrodes
34. Modified conductometric method
35. Cell voltage and electrode potential courses of lead acid battery in psoc regime
36. Measurement of the corrosive layer resistance of lead alloys using modified conductometric method
37. The distribution internal resistance and total charge passed on the surface of lead-acid accumulator electrodes during discharge
38. The electrodeposition of tin in room temperature molten salts
39. Nanocomposite electrode materials with spinel structure for lithium-ion batteries
40. Cobalt aditives in nickel hydroxide prepared by electrodeposition
41. Influence of pressure on the cycling stability of siliconelectrodes
42. Alloying of electrodeposited silicon with lithium for the use as anode material in lithium ion batteries
43. Comprehension and tailoring of cellulose based binders as fundament for applicable silicon/graphite composite anodes
44. Light beam induced voltage in dynamic mode
45. Evaluation of surface texture with confocal laser scanning microscope ols 3000
46. Impedance of lithium-ion batteries
47. The electrochemical redox processes in methacrylate-based polymer electrolytes – study on microelectrodes
48. Microplasma noise sources in solar cells
49. Depositing of thin layers and possibilities of testing the quality of their surface
50. Voltammetry and impedance as electrochemical diagnosis tools: where do they meet and where do they differ

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