All Stories

  1. Zur Situation des strukturierten Austauschs von Metainformationen über die Herstellungs- und Distributionsprozesse von Open-Access-Publikationen
  2. 1 Einleitung
  3. 2 Theoretische Grundlagen
  4. 3 Einführung in die Kommunikationsstruktur
  5. 4 Akademischer Ansatz
  6. 5 Schlussbetrachtung
  7. Akademischer Ansatz zum strukturierten Austausch von Inhalten und Metainformationen über die Herstellungs- und Distributionsprozesse von Open-Access-Publikationen
  8. Anhang A Offene Standards im wissenschaftlichen Publizieren
  9. Anhang B Externe Kommunikationsteilnehmer
  10. Anhang C Metadaten im OA-HVerlag
  11. Anhang D Transformationsregeln
  12. Anhang E Projektsteuerdatei projekt.xml
  13. Anhang F Generierung des Formulars zur DOI-Aktivierung
  14. Anhang G Ergebnisinstanz für die Registrierung von Peer-Review-Daten
  15. Open Access Strukturierte Kommunikation
  16. Die heißen Eisen des Daniel Hürlimann (1985–2022)
  17. Überblick über offene Standards im wissenschaftlichen Publizieren /Overview of open standards in scientific publishing
  18. Current market rates for scholarly publishing services
  19. Anhang A Ladenpreis-Kalkulation (Ergänzung zu Anhang C)
  20. Anhang B Datenerhebung (Ergänzung zu Anhang D)
  21. 1 Einleitung
  22. 5 Schlussbetrachtung
  23. Anhang A Qualitätsrichtlinien
  24. Anhang B Checklisten
  25. Anhang C Ladenpreis-Kalkulation
  26. Anhang D Datenerhebung
  27. Anhang E Weitere Dokumente
  28. Open-Access-Publikationsworkflow für akademische Bücher
  29. Addendum zu Open-Access-Publikationsworkflow für akademische Bücher
  30. Open Access publication workflow for academic books
  31. Style guide for an Open Access publishing workflow for academic books
  32. Open-Access-Publikationsworkflow für akademische Bücher
  33. Towards an Open Access publication workflow for monographs for university presses
  34. Assessing the size of the affordability problem in scholarly publishing
  35. Towards an Open Access publication workflow for monographs for university presses
  36. Open Access University Press | A Research Project at the Leipzig University of Applied Sciences, Germany
  37. Towards a sustainable Open Access monograph publishing workflow for academic institutions
  38. Physik Kompaktleitfaden
  39. Publishing in transition – do we still need scientific journals?
  40. Open Letter to The American Association for the Advancement of Science
  41. Innovative Neurosurgery – first issue
  42. Nanotechnology Reviews
  43. Nanotechnology Reviews
  44. Nanotechnology Reviews
  45. Nanotechnology Reviews
  46. Green Processing and Synthesis
  47. Green Processing and Synthesis
  48. A new start for Reviews in Chemical Engineering
  49. Editorial: Optik & Photonik 1/2006
  50. From the Editors and Publisher
  51. From the Editors and Publisher
  52. Bose-Einstein Condensation in a Surface Microtrap
  53. Fizeau interferometer for phase shifting interferometry in ultrahigh vacuum
  54. Miniaturized magnetic guide for neutral atoms
  55. Fast loading of a magneto-optical trap from a pulsed thermal source
  56. Miniaturized Wire Trap for Neutral Atoms
  57. Fast sub-micrometer interference lithography on Silicon
  58. Giant Surface Stress in Heteroepitaxial Films: Invalidation of a Classical Rule in Epitaxy[Phys. Rev. Lett. 77, 127 (1996)]
  59. Potential-induced stress in the solid-liquid interface: Au(111) and Au(100) in an HClO4 electrolyte
  60. Erratum to “CO on Ni(100): observation of a high-frequency IR band at 2200 cm−1” [Surface Science 355 (1996) L331]
  61. Giant Surface Stress in Heteroepitaxial Films: Invalidation of a Classical Rule in Epitaxy
  62. CO on Ni(100): observation of a high-frequency IR band at 2200 cm−1
  63. Surface and Interface Stress in Epitaxial Growth
  64. ADSORBATE-INDUCED SURFACE STRESS MEASUREMENTS: A NEW METHOD FOR MONITORING IN-SITU SURFACE REACTIONS
  65. Adsorbate-induced surface stress and surface reconstruction: oxygen, sulfur and carbon on Ni(111)
  66. Site occupation of CO adsorbed on Ni(100) at high CO pressures
  67. Adsorbate-induced surface stress: CO on Ni(100) and Ni(111)
  68. Entropy-controlled site occupation of CO adsorbed on Ni(100)
  69. Occupation of Adsorption Sites Controlled by Phonon Entropy
  70. Occupation of adsorption sites controlled by phonon entropy
  71. Perspectives in Scholarly Publishing