Steinbach acid-free paper

Iran
21th Century
Source: Koochakzaei, A., & Ghaffari, T. (2023). Identification of traditional black Persian inks by spectroscopic and spectral imaging techniques: Presenting a flowchart method. Vibrational Spectroscopy, 127, 103545.
Recipe Details

Ingredients

Cellulose

Evidence

"To conduct analytical studies, the prepared inks were drawn on Steinbach acid-free paper."

Remarks

The EDS analysis of the paper alone shows high Carbon (46.64 wt%) and Oxygen (43.20 wt%) content. FTIR spectra of paper shows cellulose peaks which may interfere with ink analysis (p. 6). FORS spectra for neat paper provided for comparison (p. 7).

Scientific Analysis
Chemical CompositionC46.64, O43.20, Al0.48, Si1.17, S1.97, K0.33, Ca2.16, Fe1.19, Cu2.86 (wt%)
Analytical Techniques
FORS
SEM-EDS
FTIR
Certainty Level
Confirmed
Instrumentally Verified
Verified
Metadata
Material Type
paper
Paper TypeSteinbach acid-free paper
ColorWhite
RegionIran
Approx. Year2050
Source Information
TitleIdentification of traditional black Persian inks by spectroscopic and spectral imaging techniques: Presenting a flowchart method
AuthorKoochakzaei, A., & Ghaffari, T.
CollectionLaboratory standard substrate
Language
N/A
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