Deyan_Dimov - Summaries (41)

  1. 1_Electron-assisted deposition of thin organic layers.pdf
  2. 2_Oxygen Influence on the Conductivity of Copper Phthalocyanine Vacuum Deposited Thin Films.pdf
  3. 3_Polyimide phthalocyanine vacuum deposited layers– new trend by optical active composite materials.pdf
  4. 4_A new future for “old” materials.pdf
  5. 5_Computer Controlled Quartz Microbalance for an Application in the Organic Thin Film Vacuum Deposition.pdf
  6. 6_COPPER PHTHALOCYANINE AS “GUEST” IN A THIN LAYER.pdf
  7. 7_Electrical Properties of a Thin Layer Polyimide Matrix.pdf
  8. 8_Termal treatment – dependent properties of thin layer nanocomposites – polyimide-phtalocyanine.pdf
  9. 9_Analysis of the processes of thin organic layers production of polyimide.pdf
  10. 10_Thermal processes in knudsen’ cells during thin layers electron–assisted deposition (EAD) of PMDA and ODA polyimide precursors.pdf
  11. 11_The role of the thermal processes in vacuum deposited polyimide, Materials of seminar of new materials for the industry.pdf
  12. 12_LOW COST COMPUTER BASED QUARTZ MICROBALANCE FOR CONTROLLING THE VACUUM DEPOSITION PROCESS.pdf
  13. 13_Soft electrons.pdf
  14. 14_MICROWAVE PROCESSES AS A TOOL FOR MATERIAL ENGINEERING.pdf
  15. 15_Microwave assisted processes for producing thin layer materials in the field of nanotechnology.pdf
  16. 16_Polyimide coatings containing azo–chromophores as structural units.pdf
  17. 17_FTIR study of the structures of vapor deposited PMDA–ODA film in presence of copper phthalocyanine.pdf
  18. 18_Directed modification of the vacuum deposited polymer layer properties by energy–stimulated processes.pdf
  19. 19_Computer Controlled Setup for Temperature Measurements for Thin Film Deposition.pdf
  20. 20_Interface characterization of PPV – derivative bas structures by direct current electrical measureme.pdf
  21. 21_Nanostructured films based on a new polyimide polymer containing an azo–group.pdf
  22. 22_Ion-Assisted Processes – a Novel Tool for Accomplishing of Physical Deposition of Organic Layers.pdf
  23. 23_A Chemically Bound Azo Group in Polyimide – an Alternative Solution for Preparation of Polyimide–Dye Composite Layers.pdf
  24. 24_Electrophoretic Deposition of Thin Poly 2-methoxy-5-(2-ethyl-hexyloxy)-1-4-phenylene vinylene Thin Films.pdf
  25. 25_Ion beam assisted physical deposition of polyimide.pdf
  26. 26_Influence of the electrophoretic suspension on the underlayers in organic based devices.pdf
  27. 27_Enhanced Hole Transport in Multilayer Organic Based Devices.pdf
  28. 28_Multilayer organic based structures with enhanced hole transport.pdf
  29. 29_Physical deposition of thin polyimide layers by applying an argon plasma assisted process.pdf
  30. 30_Ion – beam assisted process in the physical deposition of organic thin layers.pdf
  31. 31_A new Method for Obtaining of Polyimide Layers with a Chemically Bound Azo–Group.pdf
  32. 32_Synthesis of “Main – Chain” Type Polyimide Matrix with a Chemically Bound Azo Group.pdf
  33. 33_ZnPhTc - PTCDA VACUUM DEPOSITED LAYERS - COMPOSITION AND SURFACE MORPHOLOGY.pdf
  34. 34_Thin dye layers – vacuum deposition and structure.pdf
  35. 35_ELECTRON MICROSCOPY STUDY OF VACUUM DEPOSITED ORGANIC THIN FILMS.pdf
  36. 36_Chemical and Physical Properties of Polyimides_ Biomedical and Engineering Applications.pdf
  37. 37_Deposition of polyimide layers by applying argon plasma.pdf
  38. 38_Investigation of solid state imidization reactions of the vapour deposited azo–polyimide thin films by FTIR spectroscopy.pdf
  39. 39_Improvement of the organic solar cells functional parameters.pdf
  40. 40_Spectroscopic investigation of different concentrations of the vapour deposited copper phthalocyanine as a guest in polyimide matrix.pdf
  41. Abstract From 24_Electrophoretic Deposition of Thin Poly[2-methoxy-5-(2'-ethyl-hexyloxy)-1,4-phenylene vinylene] Thin Films.pdf