ElcHer

Electrochemistry for Heritage Group

  • Home
  • About
    • Background
    • Organization chart
    • Facilities and equipments
  • Research
    • R+D Projects
    • R+D Contracts
    • Papers
    • Communications
    • Books
    • Rawdata
  • Database
    • About ElcHer DataBase
    • Search
  • Webreports
  • News & Events
    • Congresses and meetings
    • Lectures
    • Workshops
    • ElcHer in the news
    • Other events
  • Links
  • Contact

Webreports

  • / Case study 1
      Resut and discussions:
    • / Summary of the analytical study
    • / Sample 1: red pigment
    • / Sample 2: ochre pigment
    • / Sample 3: green pigment
    • / Sample 4: blue pigment
  • / Case study 2
  • / Case study 3

/ Case study 1

Analytical characterization of the roman wall paintings of the archaeological site of Cástulo (Spain)

Results and discussion / Sample 4: blue pigment

  • / Light microscopy
  • / Scanning electron microscopy-x-ray microanalysis
  • / FTIR spectroscopy
  • / Square Wave Voltammetry
  • / Atomic Force Microscopy-Voltammetry of micro/nanoparticles
  • / Scaning electrochemical microscopy

/ Atomic Force Microscopy-Voltammetry of micro/nanoparticles

  • Study in vivo of the morphological changes undergone by a Egyptian blue particle during a voltammetry cycle. Potential step initiated at +0.10 V vs. Pt in the negative direction; potential step increment 4 mV.
    XEnlarged Study in vivo of the morphological changes undergone by a Egyptian blue particle during a voltammetry cycle. Potential step initiated at +0.10 V vs. Pt in the negative direction; potential step increment 4 mV.

    Study in vivo of the morphological changes undergone by a Egyptian blue particle during a voltammetry cycle. Potential step initiated at +0.10 V vs. Pt in the negative direction; potential step increment 4 mV.

Study in vivo of the morphological changes undergone by a Egyptian blue particle during a voltammetry cycle. Potential step initiated at +0.10 V vs. Pt  in the negative direction; potential step increment 4 mV.

© 2014 Universitat Politècnica de València - © 2014 Universitat de València

  • therms of use
  • credits